KOL | Shin‐Ichi IzumiDepartment of Rehabilitation, Tohoku University Hospital, Sendai 980-8574, Japan;, momo0605lami@yahoo.co.jp, (M.M.);, gaku_kodama@yahoo.co.jp, (G.K.);, ... |
Kol currículo para Shin‐Ichi Izumi
| Year | |
|---|---|
| 2022 | Department of Rehabilitation, Tohoku University Hospital, Sendai 980-8574, Japan;, (M.M.);, (G.K.);, (T.T.) Graduate School of Biomedical Engineering, Tohoku University, Sendai, Japan |
| 2021 | Graduate School of Biomedical Engineering, Tohoku University, 2-1, Seiryo-machi, Sendai 980-8575, Japan |
| 2020 | Department of Physical Medicine and Rehabilitation, Tohoku University Graduate School of Medicine, Japan. Graduate School of Biomedical Engineering, Tohoku University, Sendai, 980-8575, Japan Tohoku University. |
| 2019 | Department of Physical Medicine and Rehabilitation, Tohoku University Graduate School of Biomedical Engineering, 2-1 Seiryomachi Aobaku, Sendai, Miyagi, 980-8575, Japan. Graduate School of Biomedical Engineering, Tohoku Univ |
| 2018 | Department of Physical Medicine and Rehabilitation, Tohoku University Graduate School of Medicine, 2-1 Seiryo-cho, Aoba-ku, Sendai, 980-8575, Japan; Graduate School of Biomedical Engineering, Tohoku University, 2-1, Seiryo-machi, Sendai, 980-8575, Japan. Tohoku University Hospital, Miyagi, Japan |
| 2017 | Tohoku University, Sendai, Japan |
| 2016 | Department of Physical Medicine and Rehabilitation, Graduate School of Biomedical Engineering, Tohoku University, Miyagi, Japan.View further author information Graduate School of Biomedical Engineering, Tohoku University, Aramaki Aza Aoba, Aoba-ku, Sendai, Japan |
| 2015 | Tohoku University Graduate School of Biomedical Engineering, Sendai city, Miyagi, Japan |
| 2013 | Tohoku University Graduate School of Biomedical Engineering |
| 2012 | Graduate School of Biomedical Engineering, Tohoku University, Seiryou-cho 2-1, Aoba-ku, Sendai city, Japan |
| 2011 | From the Epidemiology and Prevention Division (A.H.), Research Center for Cancer Prevention and Screening, National Cancer Center, Tokyo, Japan; Department of Clinical Pharmacology and Therapeutics (A.H., H.M., T.Ha., M.S., T.Ob., Y.I.), Planning for Drug Development and Clinical Evaluation (K.T., T.Oh., M.K., K.A., T.Hi., Y.I.), Physical Medicine and Rehabilitation (T.K., S.-I.I.), and Environmental Health Sciences (H.S.), Tohoku University Graduate School of Pharmaceutical Sciences and Medicine, Department of Gynecology and Obstetrics (H.M.), Pharmaceutical Sciences (T.Ob.), and Medical Information Technology Center (R.I.), Tohoku University Hospital, Sendai, Japan; Department of Health Science (T.Oh.), Shiga University of Medical Science, Shiga, Japan. Departments of, Clinical Pharmacology and Therapeutics, and, Planning for Drug Development and Clinical Evaluation, Tohoku University Graduate School of Pharmaceutical Sciences and Medicine, Physical Medicine and Rehabilitation, and, Obstetrics and Gynecology, Tohoku University Graduate School of Medicine, Department of Functional Brain Imaging, Institute of Development, Aging and Cancer (IDAC), Tohoku University, and, Department of Pharmacy, Tohoku University Hospital, Sendai, Division of Epidemiology and Prevention, Research Center for Cancer Prevention and Screening National Cancer Center, Tokyo, and, Department of Health Science, Shiga University of Medical Science, Ohtsu, Japan |
| 2010 | Department of Physical Medicine and Rehabilitation, Graduate School of Medicine, Tohoku University |
| 2009 | Tohoku University Graduate School of Medicine, Department of Physical Medicine and Rehabilitation |
| 2008 | Department of Physical Medicine and Rehabilitation, Tohoku University Graduate School of Medicine, Sendai, Japan. Tohoku university Graduate School of Biomedical Engineering (Sendai, JP) |
| 2007 | From the Departments of Clinical Pharmacology and Therapeutics (Y.A., M.K., A.H., T.O., H.M., Y.S., K.T., Y.I.), Planning for Drug Development and Clinical Evaluation (T.O., K.A., J.H.), Environmental health Sciences (H.S.), and Physical Medicine and Rehabilitation (T.K., S.I.), Tohoku University Graduate School of Pharmaceutical Sciences and Medicine; Tohoku University 21st Century COE Program “Comprehensive Research and Education Center for Planning of Drug Development and Clinical Evaluation” (T... Department of Physical Medicine and Rehabilitation, Tohoku University Graduate School of Medicine, Sendai, |
| 2001 | Department of Rehabilitation Medicine, Tokai University School of Medicine, Isehara, Kanagawa, Japan. |
| 2000 | Department of Rehabilitation Medicine, Tokai University School of Medicine, Boseidai, Isehara, Kanagawa 259-1193, Japan |
| 1999 | Department of Rehabilitation Medicine,Tokai University School of Medicine, Boseidai, Isehara, Kanagawa 259‐1193, Japan |
| 1998 | Department of Rehabilitation Medicine, Keio University School of Medicine, Tokyo, Japan |
| 1996 | Kessler Institute for Rehabilitation, Pleasant Valley Way, West Orange, NJ, USA Department of Rehabilitation Medicine, Keio University School of Medicine, 35 Shinanomachi, Shinjuku-ku, Tokyo 160, Japan |
| 1995 | Department of Rehabilitation Medicine, Keio University School of Medicine |
| 1986 | Department of Rehabilitation Medicine, Keio University Tsukigase Rehabilitation Center |
Shin‐Ichi Izumi: Influência estatística
Relatório de execução
| Concept | World rank |
|---|---|
| trained clinicians reflex | #1 |
| older height | #1 |
| stress sijs | #1 |
| development vr platform | #1 |
| cortical neurons tms | #1 |
| based qjs | #1 |
| study sensorimotor strategies | #1 |
| sensory impairments study | #1 |
| mechanical walking sij | #1 |
| forward comv | #1 |
| skeletal paresis prostheses | #1 |
| patients nonps p005 | #1 |
| bar assist | #1 |
| vsfa04 | #1 |
| gb stand | #1 |
| tsubahara | #1 |
| reciprocal activation paretic | #1 |
| handrail curved | #1 |
| feedback control movement | #1 |
| function realworld arm | #1 |
| t1m realworld arm | #1 |
| forward direction sts | #1 |
| brain realworld arm | #1 |
| afos higher | #1 |
| increase qjs | #1 |
| qjs gait | #1 |
| corrigendum predictors | #1 |
| body sittostand movements | #1 |
| coaching theory | #1 |
| pdc rpdc | #1 |
| feet healthy adults | #1 |
| t1m bodyspecific attention | #1 |
| sensorimotor strategies individuals | #1 |
| nds lesions | #1 |
| height llmp | #1 |
| exam novices | #1 |
| sgs proportion | #1 |
| postural control feet | #1 |
| qjs middle | #1 |
| statistical bayesian modeling | #1 |
| vertical direction sts | #1 |
| curvedangled handrail | #1 |
| degree rpdc | #1 |
| reflex grading exam | #1 |
| angled handrail | #1 |
| coaching method | #1 |
| gait uneven surface | #1 |
| hands reaction time | #1 |
| grasping 9300 | #1 |
| twoweek walking rehabilitation | #1 |
| explicit connection model | #1 |
| sol middle | #1 |
| models sijs | #1 |
| contribute learned | #1 |
| feet relation | #1 |
| reflex elicitation component | #1 |
| gait rehabilitation suppression | #1 |
| qjs muscle activation | #1 |
| exam smart | #1 |
| movements seat | #1 |
| nonarticulated afos sgs | #1 |
| feet sensory | #1 |
| vertical handrail | #1 |
| hand muscles response | #1 |
| vision variability | #1 |
| low attention hand | #1 |
| auditory foot bayesian | #1 |
| trapezius elderly | #1 |
| hemiplegia auditory foot | #1 |
| micromacro connection | #1 |
| transition sij | #1 |
| movement feedforward control | #1 |
| twoweek rehabilitation | #1 |
| smart hammer | #1 |
| grasping flexion | #1 |
| vision numbers | #1 |
| shelf bar assistance | #1 |
| relationship qjs | #1 |
| attention paretic | #1 |
| vertical bar | #1 |
| bodyspecific attention score | #1 |
| restricted vision participants | #1 |
| improved t6m | #1 |
| qjs middle stance | #1 |
| hammer remote | #1 |
| restricted nds | #1 |
| t6m longitudinal t1m | #1 |
| midstance reciprocal | #1 |
| neurocytology tms | #1 |
| llmp sts movement | #1 |
| unilateral shelf bar | #1 |
| reaction time selfbody | #1 |
| suppression frontal wbam | #1 |
| sijs displacement | #1 |
| t6m t1m | #1 |
| hemiparesis standing | #1 |
| sij models | #1 |
| sijs walking | #1 |
| plantarflexor activation | #1 |
| quasijoint stiffness qjs | #1 |
| survey novices | #1 |
| lesions sensory area | #1 |
| centerof pressure position | #1 |
| bar 005 | #1 |
| plantarflexor gait | #1 |
| scapular muscles | #1 |
| positioned vertex | #1 |
| transition sacroiliac | #1 |
| activation qjs | #1 |
| brf forward | #1 |
| quasijoint stiffness | #1 |
| novices covid19 pandemic | #1 |
| novice reflex grading | #1 |
| hammer feedback | #1 |
| work exam | #1 |
| midstance reciprocal activation | #1 |
| muscles plantarflexor | #1 |
| mechanism rehabilitation | #1 |
| tmsrelated neurophysiology | #1 |
| qjs midstance | #1 |
| kinesthetic biofeedback | #1 |
| t1m | #1 |
| momentum wbam | #1 |
| handrails stand | #1 |
| bar reaction force | #1 |
| surface poststroke | #1 |
| activities scapular | #1 |
| body specific | #1 |
| powerful graphical options | #1 |
| nonps p005 | #1 |
| cloudbased neurorehabilitation application | #1 |
| realworld arm accelerometers | #1 |
| paretic limb brain | #1 |
| comv completion | #1 |
| paradigm selectivity | #1 |
| patients articulated afos | #1 |
| stroke paralysis | #1 |
| brf 005 | #1 |
| studies neurocytology | #1 |
| qjs afo | #1 |
| bodyspecific attention t1m | #1 |
| visualelectrotactile feedback | #1 |
| gb horizontal gb | #1 |
| direction elderly | #1 |
| relationship accelerometers | #1 |
| activation plantarflexor | #1 |
| aging dysfunction | #1 |
| reflex exam novices | #1 |
| safety ranges | #1 |
| stroke hemiplegic patients | #1 |
| rpdc difference | #1 |
| qjs | #1 |
| nonarticulated afos | #1 |
| afos sgs | #1 |
| brain damaged sensorysystem | #1 |
| shelf bar | #1 |
| bar gb | #1 |
| study walking adaptability | #1 |
| llmp grf | #1 |
| afos lower | #1 |
| fma t6m | #1 |
| paretic step length | #1 |
| exam neurological | #1 |
| middle stances | #1 |
| damaged sensorysystem | #1 |
| qjs patients | #1 |
| upward llmp | #1 |
| coactivation mc | #1 |
| clinical dti parameters | #1 |
| early middle stances | #1 |
| afo qjs | #1 |
| nonparetic midstance | #1 |
| direction sts | #1 |
| uneven surface | #1 |
| waves intracortical inhibition | #1 |
| brain bodyspecific attention | #1 |
| relationship bodyspecific attention | #1 |
| 14 stroke patients | #1 |
| contraction tested | #1 |
| paretic limb | #1 |
| movements numbers | #1 |
| subjects shelf | #1 |
| afos articulated afos | #1 |
| foot transforming | #1 |
| patients nonarticulated afos | #1 |
| older individuals center | #1 |
| prosthesis sensory modalities | #1 |
| 915 accuracy feedback | #1 |
| prosthesis transforming | #1 |
| proportion afos | #1 |
| remote neurological examination | #1 |
| subjects surface walking | #1 |
| aging scapular | #1 |
| dti studies scans | #1 |
| t2m t6m | #1 |
| patients hemiparesis | #1 |
| model sijs | #1 |
| activation ankle muscles | #1 |
| qjs mc | #1 |
| specific attention | #1 |
| motor pathway facilitation | #1 |
| auditory foot | #1 |
| mediolateral cop trajectories | #1 |
| articulated afos | #1 |
| smart tendon | #1 |
| sensor prosthesis | #1 |
| early stance qjs | #1 |
| ° electromyographic | #1 |
| cloudbased neurorehabilitation | #1 |
| neurocytology neurophysiology | #1 |
| feet sensory functions | #1 |
| positively fma | #1 |
| preliminary neuronal model | #1 |
| stance qjs | #1 |
| realworld arm relationship | #1 |
| reported intracortical | #1 |
| realworld arm t2m | #1 |
| plantar sensors | #1 |
| visual stimuli selfbody | #1 |
| lower trapezius aging | #1 |
| limb real | #1 |
| bodyspecific attention hand | #1 |
| strategies wholebody movement | #1 |
| immersive brain | #1 |
| studies psth | #1 |
| nonps p005 activation | #1 |
| 2 months t2m | #1 |
| new rehabilitation method | #1 |
| conventional vertical handrail | #1 |
| ambulators uneven | #1 |
| dysfunction scapular | #1 |
| immersive vrbci | #1 |
| body specific attention | #1 |
| lesions motor area | #1 |
| rehabilitation expected | #1 |
| llmp sts movements | #1 |
| dorsiflexor gait | #1 |
| plantarflexor activation qjs | #1 |
| qjs early | #1 |
| aging scapular muscles | #1 |
| lower qjs | #1 |
| prolonged consciousness | #1 |
| grf upward comv | #1 |
| micromacro connections | #1 |
| kinesthesia rehabilitation | #1 |
| soleus nonparetic | #1 |
| bodyspecific attention sensory | #1 |
| uneven surfaces subjects | #1 |
| low seat height | #1 |
| fma t2m | #1 |
| sts elderly | #1 |
| disorders hemiparesis | #1 |
| hemiparesis | #1 |
| foot suggested | #1 |
| difference vsfa04 | #1 |
| patients afos | #1 |
| sensory area brain | #1 |
| sensory impairments kinesthesia | #1 |
| walking analysis data | #1 |
| horizontal gb | #1 |
| novices reflex exam | #1 |
| t1m t6m | #1 |
| background handrail | #1 |
| qjs study | #1 |
| nonparetic healthy controls | #1 |
| larger brf | #1 |
| handrail reaction forces | #1 |
| macroscopic tms outcome | #1 |
| paretic reciprocal activation | #1 |
| hemiparesis regulation | #1 |
| sittostand movements | #1 |
| handrail reaction force | #1 |
| motor functions experiment | #1 |
| realworld arm | #1 |
| middle stance qjs | #1 |
| sol middle stance | #1 |
| width uneven | #1 |
| mediolateral motion control | #1 |
| brain rhythm modulation | #1 |
| prosthesis auditory | #1 |
| midstances | #1 |
| bayesian wbam | #1 |
| stroke motor area | #1 |
| middle stance activation | #1 |
| vertical grab bar | #1 |
| late braincomputer interfaces | #1 |
| types sensorimotor strategies | #1 |
| brf vertical | #1 |
| qjs correlated | #1 |
| force brf | #1 |
| vision nds participants | #1 |
| plantarflexor paretic | #1 |
| midstance qjs | #1 |
| neurocytological evidence | #1 |
| sensorimotor strategies | #1 |
| plantar sensations | #1 |
| biofeedback prosthesis | #1 |
| improve immersive | #1 |
| plastic anklefoot orthosis | #1 |
| middle stance proportion | #1 |
| ratio plantarflexor | #1 |
| plantarflexor nonparetic | #1 |
| healthy individuals variability | #1 |
| stiffness qjs | #1 |
| body coordinate data | #1 |
| tms submotor | #1 |
| bilateral sijs | #1 |
| forces handrails | #1 |
| comv lower | #1 |
| bodyspecific attention hands | #1 |
| repetitive tms convulsions | #1 |
| qjs ankle | #1 |
| wbam range | #1 |
| gait patterns qjs | #1 |
| bar assistance | #1 |
| application agency | #1 |
| arm real | #1 |
| t6m realworld arm | #1 |
| hemiparesis muscle contraction | #1 |
| motor cortex neurocytology | #1 |
| motor neural plasticity | #1 |
| 129287 | #1 |
| t6m longitudinal | #1 |
| forward llmp | #1 |
| grading reflex | #1 |
| expected new patients | #1 |
| llmp sts | #1 |
| higher qjs | #1 |
| bodyspecific attention | #1 |
| handrails force | #1 |
| load transition sij | #1 |
| reflex grading | #1 |
| hemiparesis neurologic humans | #1 |
| displacement sacrum | #1 |
| bar elderly | #1 |
| hemiparesis strategies | #1 |
| attention fma | #1 |
| smart tendon hammer | #1 |
| sts movement grf | #1 |
| cortex neurocytology | #1 |
| t6m | #1 |
| t6m t2m | #1 |
| realworld arm t6m | #1 |
| uneven surface study | #1 |
| comv sts | #1 |
| comprised toe | #1 |
| curved angled | #1 |
| qjs paretic | #1 |
| frontal wbam range | #1 |
| recovery pdc | #1 |
| involved nutation | #1 |
| t1m 2 months | #1 |
| paretic midstance | #1 |
| middle stance | #1 |
| walking activity difference | #1 |
| convulsions safety ranges | #1 |
| severity pdc | #1 |
| upward comv | #1 |
| novices covid19 | #1 |
| gb force | #1 |
| handrail findings | #1 |
| sij bipedal walking | #1 |
| qjs ankle joint | #1 |
| grading exam | #1 |
| qjs early stance | #1 |
| twentyone elderly subjects | #1 |
| qjs muscle | #1 |
| sts elderly people | #1 |
| afos articulated | #1 |
| transforming sensory | #1 |
| longitudinal bodyspecific attention | #1 |
| frontal wbam | #1 |
| stroke patients hemiparesis | #1 |
| muscle llmp | #1 |
| regulation qjs | #1 |
| safety ranges tms | #1 |
| stance proportion | #1 |
| loads pelvic | #1 |
| t2m fma | #1 |
| dysfunction scapular muscles | #1 |
| asymmetrical balance deficits | #1 |
| load transition | #1 |
| weakness handrails | #1 |
| arm t6 | #1 |
| accelerometer walking activity | #1 |
| handrail reaction | #1 |
| sijs walking loads | #1 |
| lld functional | #2 |
| trts neuritogenesis | #2 |
| plated pc12 cells | #2 |
| processes hebbian | #2 |
| combinations stroke | #2 |
| vertical direction bars | #2 |
| 150 msec stimulation | #2 |
| parameters uneven | #2 |
| functional lld control | #2 |
| 磁気刺激による手関節背屈運動に関する研究 | #2 |
| design motor learning | #2 |
| continuous motor improvement | #2 |
| perceived llds | #2 |
| gentle positive waves | #2 |
| motor training addition | #2 |
| patientperceived lld | #2 |
| takagi development | #2 |
| lift mhl | #2 |
| functional lld | #2 |
| neurites heating | #2 |
| new neuronal interconnections | #2 |
| variability mediolateral | #2 |
| magnetic stimulation coil | #2 |
| nibs neural network | #2 |
| 6891 ± | #2 |
| neural plasticity effectiveness | #2 |
| surgery functional llds | #2 |
| wholebody movement individuals | #2 |
| trts induced | #2 |
| interhemispheric interactions mechanisms | #2 |
| stroke neurorehabilitation | #2 |
| bilateral nibs | #2 |
| affective muscle | #2 |
| plate 395 | #2 |
| hemisphere nibs | #2 |
| communication tacs | #2 |
| model calculation values | #2 |
| conditions auditory feedback | #2 |
| mhl control | #2 |
| theoretical magnetic | #2 |
| preset surface temperature | #2 |
| nibs pattern | #2 |
| clockwise stimulations | #2 |
| trts 395 | #2 |
| insoletype heel lift | #2 |
| hemispheres functional integrity | #2 |
| sensory nds | #2 |
| regulation ankle | #2 |
| ankle joint gait | #2 |
| mhl early | #2 |
| ear anodal | #2 |
| modifiable heel | #2 |
| utilized feedforward | #2 |
| individuals forward | #2 |
| new functions impairment | #2 |
| gw441756 p38 | #2 |
| treatment paralyses | #2 |
| integration circuit capacitor | #2 |
| stimulation trts | #2 |
| true lld | #2 |
| motor recovery therapies | #2 |
| stroke afo | #2 |
| consciousness pdc | #2 |
| modifiable heel lift | #2 |
| approach motor recovery | #2 |
| evaluating diffuse | #2 |
| abnormal brain findings | #2 |
| trapezius decreased | #2 |
| u0124 gw441756 | #2 |
| bones sij | #2 |
| walking sacroiliac | #2 |
| device theoretical values | #2 |
| encephalitis transcranial | #2 |
| homeostatic metaplasticity combinations | #2 |
| llds ± | #2 |
| large subcortical lesion | #2 |
| walking activity stroke | #2 |
| functional llds | #2 |
| residual motor area | #2 |
| 3 4250 objective | #2 |
| reports nibs application | #2 |
| aid motor recovery | #2 |
| elongated neurites | #2 |
| properties poststroke | #2 |
| densely hemiplegic patient | #2 |
| interactions rehabilitative approaches | #2 |
| combinations neurorehabilitation | #2 |
| tacs approaches | #2 |
| tms stroke patients | #2 |
| conducted interrater | #2 |
| oouchida | #2 |
| clockwise stimulations 35 | #2 |
| combinations stroke neurorehabilitation | #2 |
| evaluate feedforward | #2 |
| views nibs | #2 |
| lesions interhemispheric interactions | #2 |
| mm mhl | #2 |
| visual electrotactile | #2 |
| nibs mechanism | #2 |
| interactions corpus | #2 |
| studies dualtask walking | #2 |
| pc12 cells trts | #2 |
| intervals delivered | #2 |
| adaptability uneven | #2 |
| growth neuritogenesis | #2 |
| additional motor training | #2 |
| 600v stimulation intensity | #2 |
| term prosthesis | #2 |
| cells trts | #2 |
| values model calculation | #2 |
| generally undetected | #2 |
| motor recovery heterogeneity | #2 |
| integration circuit | #2 |
| neuritogenesis trts | #2 |
| lld measured | #2 |
| ear anodal stimulation | #2 |
| walking pfc | #2 |
| eeg 150 msec | #2 |
| trts cells | #2 |
| measure pulsed | #2 |
| trts induce | #2 |
| mc paretic | #2 |
| deteriorated modulation | #2 |
| grf center | #2 |
| motor recovery design | #2 |
| ratio healthy controls | #2 |
| vision restricted | #2 |
| forward aged | #2 |
| method motor cortex | #2 |
| u0124 | #2 |
| approaches cortical | #2 |
| combinations neurorehabilitation approaches | #2 |
| processes hebbian plasticity | #2 |
| values numerical integration | #2 |
| interpersonal tacs approaches | #2 |
| activation prioritize | #2 |
| waves 1 cycle | #2 |
| paretic ratio | #2 |
| lld true | #2 |
| oral floor cancer | #2 |
| paralyses stroke | #2 |
| metaplasticity combinations | #2 |
| studies bilateral nibs | #2 |
| neuritogenesis temperature | #2 |
| tdcs 13yearold female | #2 |
| circuit measured | #2 |
| muscle stand | #2 |
| apparent lld | #2 |
| randomized mhl | #2 |
| 10 auditory cortex | #2 |
| rehabilitation hemiplegia | #2 |
| functional lld tha | #2 |
| optimal extracellular signals | #2 |
| pfc dualtask deterioration | #2 |
| pfc dual | #2 |
| heating plate growth | #2 |
| specific exercise approach | #2 |
| gait uneven | #2 |
| dualtask deterioration | #2 |
| potential tacsbased approach | #2 |
| oscillatory brain communication | #2 |
| pulse voltage 600v | #2 |
| sb203580 u0124 | #2 |
| ultrasound rte | #3 |
| imagery tested | #3 |
| metacognitive role teaching | #3 |
| physiological peculiarity | #3 |
| tendon hammer | #3 |
| sts movement | #3 |
| response tms | #3 |
| items 095 | #3 |
| stiffnessresultsat baseline | #3 |
| hints pfc | #3 |
| manual function test | #3 |
| mft brunnstrom stage | #3 |
| validity mft | #3 |
| 30min typing task | #3 |
| numbers movements | #3 |
| pfc teachers | #3 |
| functions tactile | #3 |
| skeletal shoulder mvc | #3 |
| cortex teachers | #3 |
| teaching pfc activity | #3 |
| activity levator scapulae | #3 |
| barthel mft | #3 |
| 14 student‐teacher pairs | #3 |
| coupler calculated | #3 |
| paretic healthy | #3 |
| ultrasound rte activity | #3 |
| stimulation cored | #3 |
| 48xxyy syndrome form | #3 |
| persistently altered condition | #3 |
| scapulae higher | #3 |
| muscles ultrasound rte | #3 |
| scapular rotation patients | #3 |
| remote neurological | #3 |
| scapulae individuals | #3 |
| typing task patient | #3 |
| 0436conclusionsthe increase | #3 |
| pneumonia sarcopenia | #3 |
| chronic hemiplegia | #3 |
| upper trapezius symptomatic | #3 |
| healthy controls lesions | #3 |
| hemispheres functional | #3 |
| correlation brunnstrom stage | #3 |
| symptomatic healthy | #3 |
| functional perceived | #3 |
| kinematics muscle activities | #3 |
| future views | #3 |
| activities deltoid | #3 |
| healthy controls evaluation | #3 |
| pfc activity teachers | #3 |
| scapulae 90 | #3 |
| hemiparesis dti | #3 |
| revised decreased | #3 |
| barthel barthel items | #3 |
| lower limb muscle | #3 |
| translational rehabilitation | #3 |
| motor disorders dti | #3 |
| injury hemiparesis | #3 |
| prefrontal cortex teachers | #3 |
| design magnetic stimulation | #3 |
| auditory feedback signals | #3 |
| teacher role hints | #3 |
| clinical rehabilitation patients | #3 |
| illness mft | #3 |
| grasping flexion extension | #3 |
| ranges tms | #3 |
| rehabilitative interventions patients | #3 |
| hemiparesis diffuse | #3 |
| brunnstrom stage mft | #3 |
| elasticity muscles | #3 |
| inhibitor gw441756 | #3 |
| mft validity | #3 |
| stiffness levator scapulae | #3 |
| symptomatic arm elevation | #3 |
| movement older | #3 |
| pneumonia older people | #3 |
| optimal neural plasticity | #3 |
| trapezius strain | #3 |
| pdc difference | #3 |
| individuals hemiparesis | #3 |
| creativity process insights | #3 |
| processes neural plasticity | #3 |
| mhl improve | #3 |
| daiinduced axonal damage | #3 |
| tablet screen solving | #3 |
| pelvis loads | #3 |
| interrater reliability mft | #3 |
| trapezius patient | #3 |
| increased hints | #3 |
| arm elevation activity | #3 |
| capacitor magnetic | #3 |
| stiffness levator | #3 |
| teaching pfc | #3 |
| pfc activity students | #3 |
| brunnstrom stage correlation | #3 |
| teachers hints | #3 |
| lesions cognitive disorders | #3 |
| neuronal landscape | #3 |
| levator scapulae symptomatic | #3 |
| mft correlation | #3 |
| strain ratios muscles | #3 |
| rotation symptomatic | #3 |
| reflex exam | #3 |
| movement grf | #3 |
| test mft | #3 |
| parascapular muscle activities | #3 |
| upper trapezius patient | #3 |
| nutation movement | #3 |
| cognitive disorders patients | #3 |
| discrimination anodal | #3 |
| trapezius levator | #3 |
| dorsiflexor activation | #3 |
| teachers metacognitive role | #3 |
| functions compensating | #3 |
| muscles workload | #3 |
| parascapular muscle | #3 |
| reliability mft | #3 |
| corticospinal integration | #3 |
| mft barthel | #3 |
| patients chronic hemiplegia | #3 |
| movement utilized | #3 |
| selfbody | #3 |
| role hints | #3 |
| brunnstrom recovery stage | #3 |
| adaptability surface | #3 |
| stroke patients hemiplegia | #3 |
| strategies healthy individuals | #3 |
| nibs application | #3 |
| propose rehabilitation | #3 |
| brunnstrom stage barthel | #3 |
| hints tablet screen | #3 |
| modulation interhemispheric | #3 |
| height older | #3 |
| gb horizontal | #3 |
| brain 0001 | #3 |
| maximum speech discrimination | #3 |
| nakasato | #3 |
| wholebody movement | #3 |
| syndrome 48xxyy | #3 |
| hints pfc activity | #3 |
| levator scapulae individuals | #3 |
| traumatic injury head | #3 |
| 4 eeg | #3 |
| scapulae typing | #3 |
| healthy 120° | #3 |
| correlation mft | #3 |
| dorsal scapular muscles | #3 |
| ratio levator | #4 |
| dominant hands age | #4 |
| muscles pneumonia | #4 |
| feedback visualization | #4 |
| people aspiration | #4 |
| sarcopenic dysphagia studies | #4 |
| subjects uneven surface | #4 |
| elasticity supraspinatus muscle | #4 |
| heating plate | #4 |
| jpn compr | #4 |
| lower strain ratio | #4 |
| tears scapular | #4 |
| older people pneumonia | #4 |
| strength swallowing muscles | #4 |
| aging pneumonia | #4 |
| evoked responses tms | #4 |
| aspiration pneumonia sarcopenia | #4 |
| clinical predictors degree | #4 |
| demands healthy | #4 |
| positively real | #4 |
| trapezius typing | #4 |
| differences scapular motion | #4 |
| tensor imaging patients | #4 |
| tacs based | #4 |
| beneficial effects tdcs | #4 |
| rehabil sci | #4 |
| tacs frontoparietal | #4 |
| arm correlated | #4 |
| metaplasticity motor | #4 |
| hemiparesis healthy controls | #4 |
| total cognitive scores | #4 |
| surface walking | #4 |
| elasticity supraspinatus | #4 |
| reflex elicitation | #4 |
| swallowing skeletal | #4 |
| impairment neural plasticity | #4 |
| task deterioration | #4 |
| types sensorimotor | #4 |
| eeg evoked responses | #4 |
| auditory cortex day | #4 |
| age motor training | #4 |
| 005 paretic | #4 |
| reflex work | #4 |
| thickness trapezius | #4 |
| 90° arm elevation | #4 |
| movements curved | #4 |
| sts young | #4 |
| voluntary contraction | #4 |
| p005 sol | #4 |
| older pneumonia inpatients | #4 |
| malnutrition risk factor | #4 |
| new strategy pneumonia | #4 |
| mild hemiplegia | #4 |
| walking uneven | #4 |
| integrative neuronal | #4 |
| hand representation areas | #4 |
| nitriles pc12 | #4 |
| comparing measured | #4 |
| bar vertical | #4 |
| hemiparesis healthy | #4 |
| patient brainstem encephalitis | #4 |
| recovery clinical predictors | #4 |
| barthel interrater reliability | #4 |
| mft upper | #4 |
| computer work individuals | #4 |
| metacognitive role | #4 |
| compr rehabil | #4 |
| direction bars | #4 |
| flexion extension ± | #4 |
| strength pneumonia | #4 |
| pathogenoriented strategy | #4 |
| sarcopenia new strategy | #4 |
| height2 95 | #4 |
| participants teacher role | #4 |
| joint bipedal | #4 |
| associations aspiration pneumonia | #4 |
| stiffness upper trapezius | #4 |
| sarcopenia pneumonia | #4 |
| orthosis stroke | #4 |
| bars 005 | #4 |
| older people relapse | #4 |
| neuronal regenerative activities | #4 |
| body stand | #4 |
| effectiveness rehabilitative interventions | #4 |
| supraspinatus muscle elasticity | #4 |
| paretic correlated | #4 |
| probe design study | #4 |
| relapse pneumonia | #4 |
| respiratory muscles studies | #4 |
| forward upward | #4 |
| malnutrition longitudinal study | #4 |
| height2 risk factor | #4 |
| patients mhl | #5 |
| assessment barthel | #5 |
| vr bci | #5 |
| abnormal baseline eeg | #5 |
| cored coil | #5 |
| new neural connections | #5 |
| classification gait patterns | #5 |
| reality sickness | #5 |
| integrative neuronal activity | #5 |
| teacherstudent pairs | #5 |
| fibrillation potential | #5 |
| activity adaptability | #5 |
| mft scores | #5 |
| resistor integration | #5 |
| pneumonia strength | #5 |
| sensory motor interactions | #5 |
| acoustic coupler | #5 |
| peripheral magnetic stimulation | #5 |
| improvement speech discrimination | #5 |
| cognitive physical resources | #5 |
| auditory feedback prosthesis | #5 |
| tears dysfunction | #5 |
| hemiparesis adult | #5 |
| participants hemiparesis | #5 |
| voxel numbers | #5 |
| prioritize cognitive | #5 |
| demands stroke | #5 |
| lower upward | #5 |
| motion mechanical walking | #5 |
| sacrum involved | #5 |
| neuritogenesis pc12 | #5 |
| discrepancy functional | #5 |
| accuracy grasping | #5 |
| afo improve | #5 |
| volleys motor | #5 |
| comv | #5 |
| pafo | #5 |
| day accelerometer | #5 |
| week auditory | #5 |
| nibs addition | #5 |
| supply advantages | #5 |
| induced corticospinal | #5 |
| evoked responses patients | #5 |
| 30 mvc force | #5 |
| pneumonia sarcopenic | #5 |
| activation ankle | #5 |
| 120° arm elevation | #5 |
| 250 600 msec | #5 |
| case report improvement | #5 |
| representation paretic | #5 |
| posteroanterior current | #5 |
| suprahyoid muscles | #6 |
| elicitation reflex | #6 |
| great developmental potential | #6 |
| devices sitting | #6 |
| day walking activity | #6 |
| tms safety | #6 |
| altered scapular motion | #6 |
| arm elevation patients | #6 |
| brain mri decrease | #6 |
| 48xxyy syndrome | #6 |
| walking activity steps | #6 |
| mri subitem scores | #6 |
| students facilitate | #6 |
| 005 forward | #6 |
| macro connection | #6 |
| llmp | #6 |
| gait activation | #6 |
| metacognition pilot study | #6 |
| ohasama study 348 | #6 |
| mmse subitem scores | #6 |
| motor cortex brain | #6 |
| testing cognitive decline | #6 |
| trapezius higher | #6 |
| individuals ohasama | #6 |
| coil applied | #6 |
| order peripheral nerve | #6 |
| dti lesions | #6 |
| tha lld | #6 |
| lld tha | #6 |
| motor imagery feedback | #6 |
| facilitation reported | #6 |
| 680 ± ± | #6 |
| low seat | #6 |
| lld 3 | #6 |
| wbam | #6 |
| nagatomi | #6 |
| 1008 elderly individuals | #6 |
| subitem scores | #6 |
| shoulder girdle muscles | #6 |
| homeostatic metaplasticity | #6 |
| mri subitem | #6 |
| barthel test | #6 |
| music therapy bpsd | #6 |
| impairment brainstem | #6 |
| callosum stroke | #6 |
| study elasticity | #6 |
| cycle magnetic | #6 |
| figure pathological | #6 |
| scapulae rhomboid | #6 |
| early postsurgery inpatients | #6 |
| measured circuit | #7 |
| 3456 ± | #7 |
| sts movements | #7 |
| vr platform | #7 |
| generic30 rehabilitation | #7 |
| silent cerebrovascular lesions | #7 |
| stroke neural plasticity | #7 |
| deltoid scapular | #7 |
| rating reference guide | #7 |
| undetected conventional | #7 |
| japanese rehabilitation practice | #7 |
| stiffness gait | #7 |
| music autonomic | #7 |
| t6 correlated | #7 |
| hemiparesis sensory | #7 |
| shoe lift | #7 |
| interhemispheric interactions | #7 |
| field test kappa | #7 |
| kappa field testing | #7 |
| tacs effective | #7 |
| hemiparesis conventional | #7 |
| mmse subitems | #7 |
| icf field test | #7 |
| realworld walking activity | #7 |
| cst healthy controls | #7 |
| icf generic30 | #7 |
| icf rehabilitation practice | #7 |
| 10 mvc force | #7 |
| handrails | #7 |
| functional assessment measures | #7 |
| height2 risk | #7 |
| visual stimuli hand | #7 |
| mft score | #7 |
| rehabilitation icf generic30 | #7 |
| rating reference | #7 |
| teaching process | #7 |
| strategies aspiration | #7 |
| body function categories | #7 |
| stand movements | #7 |
| hip contracture | #7 |
| generic30 interrater | #7 |
| patients memory disorders | #7 |
| somatic fat | #7 |
| facilitate solving | #7 |
| mep tms | #7 |
| peristimulustime histogram | #7 |
| tested muscles | #7 |
| 7763 ± | #8 |
| sb203580 mapk | #8 |
| induced search | #8 |
| health icf generic30 | #8 |
| strength respiratory muscles | #8 |
| tms mep | #8 |
| maladaptive plasticity | #8 |
| nds participants | #8 |
| coil measured | #8 |
| pneumonia malnutrition | #8 |
| evaluated tongue | #8 |
| mass respiratory | #8 |
| generic30 | #8 |
| background emg | #8 |
| electrodes encephalitis | #8 |
| walking adaptability | #8 |
| feedback plantar | #8 |
| 02 bapwv | #8 |
| displacement pelvis | #8 |
| heel metatarsal | #8 |
| tha randomized | #8 |
| categories weighted | #8 |
| patients articulated | #8 |
| stroke nibs | #8 |
| mp vertical | #8 |
| supraspinatus muscle tendon | #8 |
| motor learning review | #8 |
| r0554 | #8 |
| stroke rehabilitation programs | #8 |
| subjects accelerometer | #8 |
| coil magnetic stimulation | #8 |
| tangram puzzle task | #8 |
| guide involved | #8 |
| ankle joint stiffness | #8 |
| bar generated | #8 |
| lacunar infarcts groups | #8 |
| functional leg | #8 |
| posture sensorimotor | #8 |
| variant loads | #8 |
| rpdc | #8 |
| potential tacs | #8 |
| stepping pattern | #8 |
| guide developed | #8 |
| barthel items | #8 |
| induced scalp | #8 |
| virtual reality sickness | #8 |
| muscles ultrasonography | #8 |
| wmh bapwv | #8 |
| bapwv tended | #8 |
| higher wmh grade | #8 |
| wmh tended | #8 |
| subjects lacunar infarcts | #8 |
| wmhs bapwv | #8 |
| 2 3 wmhs | #8 |
| attention measured | #8 |
| r0659 | #8 |
| pfc activity | #9 |
| sensory prosthesis | #9 |
| combination activation | #9 |
| nibs therapy | #9 |
| hands reaction | #9 |
| mass tongue | #9 |
| imagery feedback | #9 |
| threshold descending | #9 |
| divided height2 | #9 |
| indoles neurites | #9 |
| tms voluntary | #9 |
| nondominant hands | #9 |
| stroke dual | #9 |
| coil integration | #9 |
| cycle waves | #9 |
| prevalence lacunar | #9 |
| symptomatic rotator | #9 |
| varying surface temperature | #9 |
| associations aspiration | #9 |
| older pneumonia | #9 |
| prosthesis walking | #9 |
| manual function | #9 |
| kagaya | #9 |
| seat height | #9 |
| movements conventional | #9 |
| attention hands | #9 |
| disorders diffuse | #9 |
| movement low | #9 |
| gender hand dominance | #9 |
| teachers metacognitive | #9 |
| mmse subitem | #9 |
| activities muscles | #9 |
| lacunar infarction mri | #9 |
| foot motor area | #10 |
| day 4 consecutive | #10 |
| difference paretic | #10 |
| involved rating | #10 |
| tms reflex | #10 |
| improved hearing impairment | #10 |
| body angular | #10 |
| infarcts future | #10 |
| tractography revealed | #10 |
| guide modified | #10 |
| sensory motor control | #10 |
| development clinical tool | #10 |
| hyperintensity future | #10 |
| 4158 ± | #10 |
| hyperintensity lacunar | #10 |
| 395 white | #10 |
| healthy controls ratio | #10 |
| guide body | #10 |
| future risk decline | #10 |
| attention body | #10 |
| antagonist contraction | #10 |
| cortex standing | #10 |
| movement lower | #10 |
| smartphone walking | #10 |
| applied voltage cycle | #10 |
| excitability hemisphere | #10 |
| pfc activation | #10 |
| predictor silent | #11 |
| device rehabilitation | #11 |
| damaged sensory | #11 |
| participants vision | #11 |
| decline ohasama | #11 |
| sacrum stress | #11 |
| stroke patients tms | #11 |
| generates waves | #11 |
| vr sickness | #11 |
| mep hand | #11 |
| recovery pb | #11 |
| groups scapular | #11 |
| silent cerebrovascular | #11 |
| future higher | #11 |
| lesions decline | #11 |
| music therapy dementia | #11 |
| standing vision | #11 |
| 105 395 | #11 |
| rating body | #11 |
| scores rtms | #11 |
| infrahyoid muscles | #11 |
| submotor | #11 |
| consciousness disorder | #11 |
| wholebody angular momentum | #11 |
| compr | #11 |
| motor recovery stroke | #11 |
| circuit measure | #11 |
| waves supply | #11 |
| gw441756 | #11 |
| twentyfourhour daytime risk | #12 |
| rs3840963 | #12 |
| plasticity stroke | #12 |
| ohasama study adrenomedullin | #12 |
| paretic swing | #12 |
| pneumonia relapse | #12 |
| function categories | #12 |
| japan 1007 | #12 |
| stance higher | #12 |
| hemisphere excitability | #12 |
| influence adrenomedullin | #12 |
| genetic proteinuria rna | #12 |
| 3 wmhs | #12 |
| diseases silent | #12 |
| joint stance | #12 |
| stroke damaged | #12 |
| 5718 ± | #12 |
| 173 carriers | #12 |
| subjects motor imagery | #12 |
| waves preferentially | #12 |
| ckd 27 | #12 |
| activity upper trapezius | #12 |
| behavioural inattention test | #12 |
| muscle swallowing | #12 |
| stiffness silent | #12 |
| culture medium temperature | #12 |
| imd53 | #12 |
| 1007 subjects | #12 |
| afo walking | #12 |
| walking afo | #12 |
| discrepancy early | #12 |
| carriers am2 | #12 |
| paresis prostheses | #12 |
| afo gait | #12 |
| ratio lacunar | #12 |
| japanese rehabilitation | #12 |
| foot motor | #12 |
| atherosclerosis ambulatory | #12 |
| 3762 ± | #12 |
| 395 risk | #12 |
| japan 1007 subjects | #12 |
| casual clinic | #12 |
| levator scapulae | #12 |
| wmh 27 | #12 |
| contraction antagonist | #12 |
| restricted vision | #12 |
| wmh recorded | #12 |
| 2 cerebral hemispheres | #12 |
| lesions 1007 | #13 |
| reclining position | #13 |
| plasticity interhemispheric | #13 |
| extension random | #13 |
| snbp sustained hypertension | #13 |
| mht whitecoat hypertension | #13 |
| white matter hyperintensity | #13 |
| low attention | #13 |
| ankle–foot orthosis | #13 |
| rehabilitation auditory | #13 |
| snbp hbp | #13 |
| odds ratio snbp | #13 |
| snbp sustained | #13 |
| joint gait | #13 |
| activity poststroke | #13 |
| intermedin gene | #13 |
| relationships mri findings | #13 |
| sustained hypertension hbp | #13 |
| thoracic extension | #13 |
| actual movement | #13 |
| mmhg mht | #13 |
| muscles age groups | #13 |
| dti fractional | #13 |
| dominant hands | #13 |
| whitecoat hypertension cbp | #13 |
| disturbed network | #13 |
| ohasama study risk | #13 |
| ratio snbp | #13 |
| oscillatory brain activity | #13 |
| stroke healthy individuals | #13 |
| hypertension snbp | #13 |
| hand motor imagery | #13 |
| gait patients | #13 |
| involved load | #13 |
| optimum time interval | #13 |
| whitecoat hypertension snbp | #13 |
| scale contraversive | #13 |
| risk factor pneumonia | #13 |
| neck shoulder complaints | #13 |
| limb brain | #13 |
| hand relation | #13 |
| ultrasound real | #14 |
| lvh japanese women | #14 |
| gene 1513a | #14 |
| genotypes lacunar | #14 |
| movements elderly | #14 |
| people pneumonia | #14 |
| sarcopenia sarcopenic dysphagia | #14 |
| infarction lvh | #14 |
| lld total | #14 |
| prr gene 1513a | #14 |
| aging brain diseases | #14 |
| lvh levels genotypes | #14 |
| tms stroke | #14 |
| rhomboid major | #14 |
| auditory biofeedback | #14 |
| real arm | #14 |
| lvh p0003 | #14 |
| eeg induced | #14 |
| stroke method | #14 |
| plantarflexor dorsiflexor | #14 |
| 1513a lacunar infarction | #14 |
| tertile bapwv | #14 |
| plasticity rehabilitation | #14 |
| 1513a lacunar | #14 |
| approach modifiable | #14 |
| lvh trend p0003 | #14 |
| male paresis | #14 |
| circuit values | #14 |
| skeletal pneumonia | #14 |
| gene lacunar | #14 |
| 1513a | #14 |
| lacunar infarction lvh | #14 |
| lvh trend | #14 |
| genotypes lacunar infarction | #14 |
| mht hbp | #14 |
| thoracic flexion | #14 |
| oscillatory communication | #14 |
| men250 | #14 |
| lacunar infarction p001 | #14 |
| evaluated sensorimotor | #14 |
| muscles deglutition | #14 |
| association genetic lvh | #14 |
| tears healthy | #15 |
| polymorphisms prr | #15 |
| liftoff point | #15 |
| task strain | #15 |
| ccr odds | #15 |
| variable lacunar | #15 |
| ccr wmh | #15 |
| prevalence lacunar infarcts | #15 |
| hand voluntary | #15 |
| infarcts 24 | #15 |
| japan hbp | #15 |
| tears differences | #15 |
| ccr 60 173 | #15 |
| 60 173 prevalence | #15 |
| brunnstrom stage | #15 |
| association ccr | #15 |
| current preferentially | #15 |
| ccr continuous | #15 |
| orthosis ankle | #15 |
| hyperintensity general | #15 |
| stiffness upper | #15 |
| whitecoat hypertension hbp | #15 |
| lacunar infarcts adjustment | #15 |
| ccr odds ratio | #15 |
| facilitation transcranial | #15 |
| preferentially generates | #15 |
| muscles voluntary | #15 |
| testing rating | #15 |
| silent lacunar infarcts | #15 |
| modified rating | #15 |
| prosthesis reduces | #15 |
| lacunar infarcts wmh | #15 |
| compensatory movement | #15 |
| recruited ohasama | #15 |
| feedback prosthesis | #15 |
| area sensory | #15 |
| odds ratio ccr | #15 |
| ccr prevalence | #15 |
| tears aging | #15 |
| wmh adjustment | #15 |
| primary motor cortices | #15 |
| activity teachers | #15 |
| hyperintensity groups | #15 |
| bapwv groups | #15 |
| continuous variable ccr | #15 |
| 27 p0003 | #15 |
| aa genotypes p001 | #15 |
| bapwv adjusted | #15 |
| p001 lvh | #15 |
| muscle acoustic | #15 |
| ccr lacunar infarcts | #15 |
| force stand | #15 |
| ccr continuous variable | #15 |
| methodsthirty subjects | #15 |
| adjusted wmh | #15 |
| correlated real | #16 |
| snbp mht | #16 |
| snbp | #16 |
| women ohasama | #16 |
| corticocortical interaction | #16 |
| mmhg cbp | #16 |
| fibrillation potentials | #16 |
| submotor threshold | #16 |
| classification ankle | #16 |
| lacunar infarction | #16 |
| paretic step | #16 |
| dorsal scapular | #16 |
| movement vision | #16 |
| mht snbp | #16 |
| t2weighted hyperintense lesion | #16 |
| width healthy | #16 |
| analysis lacunar | #16 |
| movement elderly | #16 |
| mechanisms motor recovery | #16 |
| lesions future | #16 |
| pressure snbp | #16 |
| flexion paretic | #16 |
| tasks feedback | #16 |
| infarcts groups | #16 |
| underlying interhemispheric | #16 |
| condition gait | #16 |
| dti fibre tractography | #16 |
| prevent higher | #17 |
| strength swallowing | #17 |
| stiffness combination | #17 |
| measured hands | #17 |
| rehabilitation dysphagia | #17 |
| functional gain patients | #17 |
| twentyfourhour daytime | #17 |
| interactions motor | #17 |
| girdle muscles | #17 |
| inhibitory transcranial | #17 |
| midstance | #17 |
| imd polymorphism | #17 |
| maximal product | #17 |
| lessaffected | #17 |
| model casual | #17 |
| lesions sensory | #17 |
| activation sol | #17 |
| stroke neural | #17 |
| facilitate neural | #17 |
| phenomena movement | #17 |
| contraction 10 | #17 |
| length unaffected | #17 |
| facilitate motor | #17 |
| decrease cognitive function | #17 |
| version rating | #17 |
| mmhg white | #18 |
| mht cbp | #18 |
| cbp mht | #18 |
| stroke hemiplegic | #18 |
| controlled repeated | #18 |
| electromyography shoulder | #18 |
| monitoring teaching | #18 |
| phase ankle | #18 |
| waves threshold | #18 |
| image electric | #18 |
| items dressing | #18 |
| neurorehabilitation approaches | #18 |
| 7284 years | #18 |
| lower mp | #18 |
| sagittal plane | #18 |
| conventional vertical | #18 |
| learned nonuse | #18 |
| trend p0003 | #18 |
| matter aftercare | #18 |
| walking stroke | #18 |
| upper limb hemiparesis | #18 |
| ball higher | #18 |
| tms neurophysiology | #18 |
| tdcs treatments | #18 |
| muscles risk | #18 |
| perceived leg | #19 |
| asymptomatic people | #19 |
| hebbian plasticity | #19 |
| variable ccr | #19 |
| motor neural | #19 |
| lesions cognitive | #19 |
| repetitive peripheral | #19 |
| respiratory swallowing | #19 |
| cognitive motor disorders | #19 |
| corticospinal descending | #19 |
| muscle mep | #19 |
| based oscillatory | #19 |
| sgs 1 | #19 |
| people relapse | #19 |
| measured vision | #19 |
| blood pressure predictive | #19 |
| typing task | #19 |
| damaged motor | #19 |
| walking loads | #19 |
| prevent silent | #19 |
| relationship longitudinal | #19 |
| electrotactile stimulation | #19 |
| determine combinations | #19 |
| fibre tractography | #19 |
| mht white | #20 |
| investigated silent | #20 |
| dti fiber tractography | #20 |
| lifespace mobility | #20 |
| metacognitive process | #20 |
| pneumonia inpatients | #20 |
| ratios sustained | #20 |
| recruited association | #20 |
| prioritize physical | #20 |
| arm relationship | #20 |
| risk silent | #20 |
| induced tms | #20 |
| conditions muscles | #20 |
| trts | #20 |
| ratios muscles | #20 |
| muscles magnetic | #20 |
| deterioration healthy | #20 |
| behavioural inattention | #20 |
| feet healthy | #20 |
| involves developing | #20 |
| sarcopenia new | #21 |
| deltoid upper | #21 |
| frontal body | #21 |
| extension shoulder | #21 |
| week rehabilitation | #21 |
| handrail | #21 |
| tms short | #21 |
| swallowing muscles | #21 |
| hypertrophy japanese | #21 |
| 915 accuracy | #21 |
| groups trunk | #21 |
| solving spectroscopy | #21 |
| limb chronic | #21 |
| hand decrease | #21 |
| sensory area | #21 |
| regulation joint | #21 |
| stand healthy | #21 |
| improvement motor deficits | #21 |
| bapwv compared | #21 |
| healthy controls authors | #21 |
| asymptomatic tears | #22 |
| tool rating | #22 |
| silent lacunar | #22 |
| motion throwing | #22 |
| polymorphism prr | #22 |
| pusher syndrome | #22 |
| based ankle | #22 |
| muscle mass malnutrition | #22 |
| muscles asymptomatic | #22 |
| sternohyoid muscle | #22 |
| muscle elasticity | #22 |
| trial probe | #22 |
| condition forward | #22 |
| stimulation feedback | #22 |
| perceived lld | #22 |
| sensory brain | #22 |
| infarcts adjustment | #22 |
| groups grade | #22 |
| subjects lacunar | #22 |
| adrenomedullin blood pressure | #22 |
| discrepancy total | #22 |
| brain structural imaging | #22 |
| relationship motor function | #22 |
| tractographybased analysis | #22 |
| patients motor disorders | #22 |
| mep response | #22 |
| intermedin am2 imd | #22 |
| force body | #23 |
| inhibition voluntary | #23 |
| lvh japanese | #23 |
| muscles repetitive | #23 |
| feet measured | #23 |
| swallowing cough | #23 |
| trajectories movement | #23 |
| paretic nonparetic | #23 |
| offices predictive | #23 |
| ambulatory versus | #23 |
| individuals young | #23 |
| neurocytology | #23 |
| subjects pfc | #23 |
| facilitate teaching | #23 |
| japanese ohasama | #24 |
| oscillatory neural activity | #24 |
| onset relapse | #24 |
| decreased fractional anisotropy | #24 |
| association prorenin | #24 |
| restricted variability | #24 |
| lateromedial direction | #24 |
| paresis psychometrics | #24 |
| pneumonia pressure | #24 |
| poststroke motor recovery | #24 |
| exonic insertion | #24 |
| hands experiment | #24 |
| therapeutic exercises | #24 |
| lld control | #24 |
| muscles ultrasound | #24 |
| activity levator | #25 |
| contraction ultrasound | #25 |
| stiffness dorsal | #25 |
| intermedin am2 | #25 |
| malnutrition risk factors | #25 |
| association lacunar infarction | #25 |
| subjects vertical | #25 |
| polymorphisms lacunar | #25 |
| stroke processes | #25 |
| neurons micro | #25 |
| underlying tms | #25 |
| women prr | #25 |
| exercise gastric | #25 |
| pelvis stress | #25 |
| differences scapular | #25 |
| age silent | #25 |
| classify gait | #25 |
| t2m | #25 |
| neurological covid19 | #25 |
| movements low | #26 |
| gender hand | #26 |
| control feet | #26 |
| conducting corticospinal | #26 |
| respiratory muscle weakness | #26 |
| mp 005 | #26 |
| mass forward | #26 |
| participants center | #26 |
| calculation task | #26 |
| load sensors | #26 |
| effects music therapy | #26 |
| 1513a polymorphism | #26 |
| repeated thermal | #26 |
| neurons tms | #26 |
| threshold tms | #26 |
| mns activation | #27 |
| population ohasama | #27 |
| scapular motion | #27 |
| movement devices | #27 |
| poor rehabilitation outcome | #27 |
| ohasama | #27 |
| individuals stand | #27 |
| heel lift | #27 |
| extension tasks | #27 |
| evidence tms | #27 |
| mediolateral cop | #27 |
| circular coil | #27 |
| ohasama study | #27 |
| inhibition antagonist | #27 |
| feedback tasks | #27 |
| women aa genotypes | #27 |
| interrater reliability test | #27 |
| magnetic flux densities | #27 |
| cst healthy | #27 |
| lvh levels | #27 |
| decreased direction | #27 |
| izumi | #27 |
| ankle muscles | #27 |
| attention correlated | #28 |
| asymptomatic rotator | #28 |
| rehabilitation icf | #28 |
| creativity process | #28 |
| risk factor 95 | #28 |
| strength ball | #28 |
| 48xxyy | #28 |
| variability direction | #28 |
| coefficient interrater | #28 |
| neuronal regenerative | #28 |
| body representation | #28 |
| rtms unaffected | #28 |
| students teaching | #28 |
| assessment scapula | #28 |
| tablet screen | #28 |
| induce neuritogenesis | #28 |
| infarcts subjects | #28 |
| comfortable pace | #28 |
| spectroscopy calculation | #28 |
| trajectories measured | #28 |
| strokeaffected hemisphere | #28 |
| unit induced | #28 |
| inattention test | #29 |
| dysfunction silent | #29 |
| individuals proteinuria | #29 |
| mmhg sustained | #29 |
| walking activity | #29 |
| circuit wiring | #29 |
| mft | #29 |
| paresis aged | #29 |
| assessment elasticity | #29 |
| nonparetic | #29 |
| prr gene | #29 |
| orthosis | #29 |
| activation coactivation | #29 |
| okita | #29 |
| age swallowing | #29 |
| tms mechanisms | #29 |
| malnutrition loss | #30 |
| orthosis gait | #30 |
| functions experiment | #30 |
| exercise approach | #30 |
| contraversive pushing | #30 |
| neural plasticity | #30 |
| practice disability | #30 |
| patient hemiparesis | #30 |
| stimulation interhemispheric | #30 |
| force support | #30 |
| association kidney dysfunction | #30 |
| height condition | #30 |
| ccr 60 | #30 |
| hemiparesis stroke | #31 |
| function silent | #31 |
| metacognitive functions | #31 |
| rehabil | #31 |
| validity manual | #31 |
| factor pneumonia | #31 |
| dysphagia cough | #31 |
| effective motor | #31 |
| putative confounding factors | #31 |
| delivered safety | #31 |
| visual detection tasks | #31 |
| pelvic ligaments | #31 |
| shoulder superficial | #31 |
| skeletal shoulder | #31 |
| activation dual | #31 |
| strategies body | #32 |
| timing therapeutic | #32 |
| higher mht | #32 |
| peripheral magnetic | #32 |
| subitem | #32 |
| utility diffusion | #32 |
| pneumonia older | #32 |
| isp duration | #32 |
| presence lacunar | #32 |
| social interaction study | #32 |
| variability position | #32 |
| evaluated motion | #32 |
| mass malnutrition | #32 |
| lesions 0001 | #32 |
| supraspinatus muscle | #32 |
| correlated dual | #32 |
| ankle gait | #32 |
| stimulation supplementary | #33 |
| subjects dual | #33 |
| study learned | #33 |
| infarcts wmh | #33 |
| walking rehabilitation | #33 |
| wmh investigated | #33 |
| generator 1 | #33 |
| training based | #34 |
| based raters | #34 |
| inspiratory respiratory | #34 |
| scapular muscle | #34 |
| inhibition forearm | #34 |
| spectroscopy devices | #34 |
| older people sarcopenia | #34 |
| sacroiliac joint sij | #34 |
| movements vision | #34 |
| dexterity stroke | #34 |
| individuals masked hypertension | #34 |
| oral stage | #34 |
| adult elasticity | #34 |
| teachers increased | #34 |
| objective finding | #34 |
| device theoretical | #34 |
| ° arm | #35 |
| ohasama japan | #35 |
| 680 ± | #35 |
| velocity center | #35 |
| bci motor | #35 |
| interhemispheric interaction | #35 |
| dti fibre | #35 |
| diffuse axonal | #35 |
| stimulation incidence | #35 |
| movements young | #35 |
| induced neuritogenesis | #35 |
| management bpsd | #36 |
| findings generally | #36 |
| techniques electromyography | #36 |
| suggested body | #36 |
| rehabilitative approaches | #36 |
| efficient motor | #36 |
| infarcts odds | #36 |
| traumatic consciousness | #36 |
| poststroke hemiparesis | #36 |
| oscillatory brain | #37 |
| skeletal paresis | #37 |
| advantages light weight | #37 |
| bone cattle | #37 |
| connection model | #37 |
| individuals older | #37 |
| plantarflexor | #37 |
| bapwv subjects | #37 |
| hip bones | #37 |
| forearm reflex | #37 |
| elevation compared | #38 |
| fcr muscle | #38 |
| geniohyoid muscle | #38 |
| induced voluntary | #38 |
| force plates | #38 |
| time sts | #38 |
| individuals neck | #38 |
| anisotropy cognition | #38 |
| population aftercare | #38 |
| incidence eeg | #39 |
| ankle foot orthosis | #39 |
| waves hand | #39 |
| rotation thoracic | #39 |
| elevation scapular | #39 |
| plasticity phantom | #39 |
| performed stand | #39 |
| systems gait | #39 |
| paresis reaction | #39 |
| anklefoot orthosis | #39 |
| clinicians select | #39 |
| 1073 individuals | #39 |
| predictive ambulatory | #40 |
| pathogenesis interactions | #40 |
| stiffness ankle | #40 |
| icf rehabilitation | #40 |
| relationship activation | #40 |
| timing combination | #40 |
| tasks hands | #40 |
| discrepancy lld | #40 |
| reference guide | #40 |
| individuals center | #40 |
| densities generated | #40 |
| 2 intermedin | #40 |
| groups silent | #40 |
| muscles swallowing | #40 |
| usedependent plasticity | #40 |
| infarct white | #40 |
| rehabilitation practice | #41 |
| practice reference | #41 |
| range walking | #41 |
| 1060 individuals | #41 |
| joint sacrum | #41 |
| middle deltoid | #41 |
| area damaged | #41 |
| stand movement | #41 |
| movement passive | #41 |
| foot patients | #41 |
| insight problem | #42 |
| based neurorehabilitation | #42 |
| hand dominance | #42 |
| facilitation induced | #42 |
| 794 individuals | #42 |
| ambulatory casual | #42 |
| agency ownership | #42 |
| transsynaptic activation | #42 |
| motor sensory functions | #42 |
| strain ratios | #42 |
| 779 subjects | #42 |
| development version | #43 |
| pfc studies | #43 |
| attention rehabilitation | #43 |
| inferior fronto | #43 |
| simultaneously included | #43 |
| lacunar infarcts | #43 |
| adult 95 | #43 |
| lacunar white | #43 |
| length walking | #43 |
| space mobility | #43 |
| gait subjects | #43 |
| types strategies | #43 |
| scalprecorded eeg | #44 |
| stem electrodes | #44 |
| 150 msec | #44 |
| motor recovery | #44 |
| msec stimulation | #45 |
| effects shelf | #45 |
| 13yearold female | #45 |
| capacitor resistor | #45 |
| cognitive disorders | #45 |
| tms brain | #45 |
| subscale analysis | #46 |
| devices paresis | #46 |
| position participants | #46 |
| force ultrasound | #46 |
| rtms sessions | #46 |
| studies scans | #47 |
| scapular upward rotation | #47 |
| speech transcranial | #47 |
| mm asymptomatic | #47 |
| wmh grade | #47 |
| young older individuals | #47 |
| horizontal bar | #47 |
| stimulation noninvasive | #47 |
| degree recovery | #47 |
| interhemispheric competition | #47 |
| hemiplegia stroke | #48 |
| sittostand movement | #48 |
| bapwv higher | #48 |
| pressure closely | #48 |
| digastric muscle | #48 |
| paretic | #48 |
| mediolateral center | #48 |
| scapular posterior | #48 |
| length discrepancy | #48 |
| anxiety smd | #48 |
| brain peripheral nerve | #48 |
| generated force | #49 |
| plasticity homeostatic | #49 |
| bapwv measurement | #49 |
| subjects wmhs | #49 |
| fingers health | #49 |
| ratio upper | #50 |
| patients pfc | #50 |
| walking analysis | #50 |
| cathodal transcranial | #50 |
| muscles computer | #50 |
| body study | #50 |
| unilateral primary tha | #50 |
| contraction motor | #50 |
| stand sts | #50 |
| attention postural | #50 |
| patients prioritize | #50 |
| whitematter hyperintensity | #51 |
| infarcts age | #51 |
| frequency repetitive | #51 |
| p0003 compared | #51 |
| student role | #51 |
| range week | #51 |
| authors variability | #51 |
| clinical dti | #52 |
| diffuse axonal injury | #52 |
| attention hand | #52 |
| genotypes p001 | #52 |
| joint stiffness | #52 |
| symptomatic cerebral infarction | #52 |
| dysphagia rehabilitation | #52 |
| correlated mc | #52 |
| rural japanese community | #52 |
| level functional | #52 |
| am2 imd | #52 |
| older evaluated | #52 |
| coefficient field | #53 |
| plasticity motor | #53 |
| independent ambulatory | #53 |
| pemf exposure | #53 |
| odds ratios presence | #53 |
| effects ankle | #53 |
| versus clinic | #53 |
| odds ratio prevalence | #54 |
| rotation higher | #54 |
| articular reference values | #54 |
| wrist movement | #54 |
| arterial stiffness presence | #54 |
| limb healthy | #54 |
| conventional imaging techniques | #54 |
| radialis fcr | #55 |
| sarcopenic dysphagia | #55 |
| stimulation unaffected | #55 |
| categories component | #55 |
| stroke impairments | #55 |
| reproducibility disability | #56 |
| dualtask walking | #56 |
| scapular upward | #56 |
| infarction p001 | #56 |
| categories icf | #56 |
| swallowing muscle | #56 |
| values ambulatory | #57 |
| recorded eeg | #57 |
| function dysphagia | #58 |
| total intervention | #58 |
| muscles animal | #58 |
| p0001 upper | #58 |
| predictors degree | #58 |
| tested muscle | #58 |
| muscle factors | #58 |
| values nighttime | #58 |
| electrotactile feedback | #58 |
| wmh independent | #58 |
| prefrontal cortex activation | #58 |
| observed foot | #58 |
| p0001 strain | #59 |
| brunnstrom | #59 |
| human motor control | #59 |
| individuals masked | #59 |
| 0001 lesions | #59 |
| inhibition hand | #59 |
| muscles joint | #60 |
| 24hour ambulatory | #60 |
| aged multitasking | #60 |
| flexor moment | #60 |
| declining physical function | #60 |
| elevation activity | #60 |
| plasticity body | #60 |
| rehabilitation approaches | #61 |
| generated conventional | #61 |
| strength respiratory | #61 |
| walking device | #62 |
| recovery article | #62 |
| trial walking | #62 |
| pulsed electromagnetic field | #62 |
| japan reproducibility | #62 |
| imaging fibre | #62 |
| compared cst | #62 |
| brainstem encephalitis | #62 |
| upper trapezius | #62 |
| multidisciplinary evidence | #62 |
| measurement pulsed | #63 |
| stimulation cathodal | #63 |
| pain superficial | #63 |
| infrared walking | #64 |
| sham transcranial | #64 |
| corticospinal axon | #64 |
| body representations | #64 |
| callosum functional | #64 |
| model ambulatory | #65 |
| realtime tissue elastography | #65 |
| electrotactile | #65 |
| low inspiratory | #65 |
| interhemispheric inhibition | #65 |
| 005 bar | #65 |
| stroke walking | #66 |
| foot orthosis | #66 |
| bone phase | #66 |
| teachinglearning process | #66 |
| task accomplishment | #66 |
| accuracy individuals | #67 |
| postural orientation | #67 |
| flexion swing | #67 |
| 363 individuals | #67 |
| scapula sex | #67 |
| scapular rotation | #67 |
| stimulation virtual | #67 |
| disease pulsatile | #67 |
| cst dti | #67 |
| lower elasticity | #67 |
| function test | #67 |
| modulation oscillatory | #67 |
| wernickes aphasia | #68 |
| length subjects | #68 |
| stimuli reported | #68 |
| encephalitis magnetic resonance | #68 |
| shoulder positions | #68 |
| swing phase | #69 |
| elastography rte | #69 |
| 01 14 | #69 |
| contraction rest | #69 |
| advancing translational | #69 |
| representation brain | #69 |
| decline higher | #69 |
| hbp cbp | #69 |
| analysis load | #70 |
| induced transcranial | #70 |
| block test | #70 |
| articular sacroiliac | #70 |
| risk carotid atherosclerosis | #71 |
| gait performances | #71 |
| paresis stroke | #71 |
| rehabilitation field | #71 |
| infarcts white | #71 |
| body schema | #71 |
| sittostand sts | #72 |
| infrahyoid | #72 |
| patients hemiplegia | #72 |
| pneumonia management | #72 |
| feedback visual | #73 |
| movements aged | #73 |
| onset pneumonia | #73 |
| goals rehabilitation | #73 |
| cbp hbp | #73 |
| values simultaneously | #73 |
| wmh lacunar | #73 |
| mild cognitive disorders | #74 |
| 01 06 | #74 |
| illness white matter | #74 |
| poststroke motor | #74 |
| age asymptomatic | #74 |
| muscles age | #75 |
| cop trajectories | #75 |
| teacher role | #76 |
| symptomatic cerebrovascular | #76 |
| adrenomedullin 2 | #76 |
| sacroiliac joint | #76 |
| hemiplegic patients | #76 |
| lesions blood | #76 |
| patients voxel | #76 |
| lower pneumonia | #76 |
| cells ache | #76 |
| symptomatic compared | #77 |
| dysfunction 18 | #77 |
| sijs | #77 |
| stroke 2 | #77 |
| rest contraction | #77 |
| presence silent | #78 |
| electromyographic activities | #78 |
| corpus callosum lesions | #78 |
| vision participants | #79 |
| study adrenomedullin | #79 |
| hand stroke | #79 |
| prevalence silent | #79 |
| brain damage patients | #80 |
| proximal arm | #80 |
| deterioration physical | #80 |
| weeks rtms | #80 |
| studies neural | #80 |
| combination motor | #80 |
| hypertension hbp | #80 |
| muscle activities | #81 |
| interhemispheric inhibition ihi | #81 |
| eightysix subjects | #81 |
| reciprocal inhibition | #82 |
| noninvasive brain stimulation | #82 |
| aspiration respiratory | #82 |
| properties walking | #82 |
| bones range | #82 |
| descending volleys | #82 |
| ankle foot orthoses | #83 |
| task solving | #83 |
| induced prolonged | #83 |
| wechsler memory scalerevised | #83 |
| suprahyoid | #83 |
| differentiation chromaffin | #83 |
| mep facilitation | #84 |
| nerve regulation | #84 |
| vision study | #84 |
| head gastrocnemius | #85 |
| antagonist muscles | #85 |
| new rehabilitation | #85 |
| role pfc | #85 |
| height2 | #85 |
| position stroke | #86 |
| improving gait | #86 |
| wernicke aphasia | #86 |
| decline 7 | #86 |
| flexion muscle | #86 |
| elderly decreased | #87 |
| total cognitive | #87 |
| lesions japanese | #87 |
| densities 01 | #87 |
| pulsed magnetic field | #87 |
| agonist antagonist muscles | #87 |
| pressure ambulatory | #87 |
| lower trapezius | #87 |
| patients dti | #88 |
| controls dti | #89 |
| imaging evaluating | #89 |
| evaluated strength | #89 |
| landscape cortical | #89 |
| testing cognitive | #89 |
| observed movement | #89 |
| muscle strength mass | #89 |
| length step | #89 |
| weakness risk | #90 |
| sensorimotor rhythm | #90 |
| bci classification | #90 |
| arteries asymptomatic | #90 |
| psth | #90 |
| tissue elastography | #90 |
| asymptomatic healthy | #90 |
| lesions lacunar | #91 |
| imaging fiber | #91 |
| modalities walking | #91 |
| teacher student | #91 |
| temperature acetylcholinesterase | #91 |
| hreflex amplitude | #91 |
| paretic muscles | #92 |
| passive movement | #93 |
| paresis postural | #93 |
| function reproducibility illness | #93 |
| weakness onset | #93 |
| phantom limb pain | #93 |
| u0126 sb203580 | #93 |
| japanese cohort study | #94 |
| differences gait | #94 |
| infarction trend | #94 |
| activity fronto | #94 |
| rehabilitation motor | #94 |
| lesions white | #94 |
| movement rehabilitation | #96 |
| limb paresis | #96 |
| study classify | #96 |
| school baseball | #97 |
| barefoot condition | #97 |
| 95 relapse | #97 |
| decreased observed | #97 |
| ± lower | #97 |
| poststroke patients | #97 |
| search coil | #98 |
| classification gait | #98 |
| months t6 | #98 |
| walking ankle | #98 |
| capacity 7 | #98 |
| tms induced | #98 |
| stage functional | #99 |
| measured theoretical | #99 |
| movement measured | #99 |
| muscles shoulder | #99 |
| assessment correlation | #100 |
| generated larger | #100 |
| square values | #100 |
| healthy study | #100 |
| lower older | #100 |
| motor plasticity | #101 |
| demands cognitive | #101 |
| bilateral hearing impairment | #101 |
| leg length discrepancy | #101 |
| matter hyperintensity | #102 |
| distribution compliance | #102 |
| adults participated | #102 |
| bars bar | #102 |
| ambulatory cerebrovascular | #102 |
| reaction visual | #103 |
| 005 soleus | #103 |
| afo | #103 |
| chronic hemiparesis | #103 |
| participants music | #104 |
| plasticity sex | #104 |
| activity transcranial | #104 |
| length gait | #104 |
| hemiplegia | #104 |
| rehabilitation sessions | #105 |
| rest voluntary | #105 |
| promote motor | #105 |
| random combination | #106 |
| therapy behavioral | #107 |
| reaction force | #107 |
| measured hip | #107 |
| increased mep | #107 |
| prolonged disorders | #107 |
| ipsilateral silent period | #107 |
| afos | #108 |
| lesions patients | #108 |
| supplementary motor areas | #108 |
| cathodal sham | #108 |
| icf | #108 |
| eeg tms | #108 |
| inhibition intracortical | #109 |
| arm elevation | #109 |
| muscle thickness | #109 |
| improve hip | #109 |
| coaching interventions | #109 |
| network hemisphere | #109 |
| cerebrovascular lesions | #110 |
| limb somatosensory | #110 |
| tms compared | #110 |
| aphasia wernicke | #110 |
| dti detect | #111 |
| players control | #111 |
| low somatic | #111 |
| muscles studies | #112 |
| theta burst stimulation | #112 |
| injury diffusion | #112 |
| strain ratio | #112 |
| ratio muscle | #112 |
| subjects shoulder | #112 |
| function real | #112 |
| kinesthesia | #113 |
| length conditions | #113 |
| agingrelated loss | #114 |
| incidence ranged | #114 |
| mirror neuron | #114 |
| trunk inclination | #114 |
| closely risk | #114 |
| 120° | #115 |
| notebook | #115 |
| rehabilitation stroke patients | #115 |
| movements individuals | #115 |
| ambulatory brain | #115 |
| lesions prevent | #115 |
| nibs | #116 |
| masked hypertension mht | #116 |
| hand visual | #116 |
| conditions auditory | #116 |
| reciprocal activation | #116 |
| time tissue | #117 |
| 3 weeks surgery | #117 |
| genotypes polymorphism | #117 |
| community ambulators | #117 |
| activity shoulder | #117 |
| acquiring new | #118 |
| position decreased | #118 |
| mhl | #119 |
| dynamic balance control | #120 |
| brain suggested | #120 |
| controls evaluation | #120 |
| masked white | #121 |
| people sarcopenia | #121 |
| illusion rhi | #121 |
| hyperintensity wmh | #121 |
| consistency items | #121 |
| ankle stiffness | #121 |
| extensor carpi radialis | #122 |
| neurologic hemiplegia | #123 |
| gait stability | #123 |
| skeletal rotator | #123 |
| stroke mechanisms | #124 |
| magnetic stimulation | #124 |
| inhibition ihi | #124 |
| biological pelvic | #124 |
| ° shoulder | #124 |
| sij | #125 |
| determination cerebrovascular | #125 |
| muscles levels | #125 |
| paralyses | #125 |
| muscles motor | #126 |
| tms delivered | #126 |
| individuals variability | #126 |
| firing probability | #126 |
| deep transcranial | #126 |
| symptoms smd | #126 |
| arm stroke | #127 |
| mass divided | #127 |
| instantaneous measurement | #127 |
| incobotulinumtoxina | #127 |
| movement motor | #128 |
| activation negatively | #128 |
| neuritogenesis | #128 |
| objective findings | #128 |
| 005 healthy | #128 |
| baseball players | #129 |
| lesions motor | #129 |
| sensory modalities | #129 |
| papez | #130 |
| older individuals | #130 |
| medial head | #130 |
| hormones polymorphism | #130 |
| combinations techniques | #130 |
| term auditory | #130 |
| disorders diffusion | #130 |
| 02 points | #131 |
| measured steps | #131 |
| disorders abnormal | #131 |
| gait healthy | #131 |
| visual detection task | #132 |
| hz tacs | #132 |
| 16 clinical | #133 |
| lesions individuals | #133 |
| digastric | #133 |
| denervated rat | #133 |
| nighttime ambulatory | #134 |
| implants stroke | #134 |
| years poststroke | #135 |
| force grf | #135 |
| rotator cuff tears | #135 |
| early stance | #136 |
| impairment assessment | #136 |
| pneumonia low | #136 |
| tms primary | #138 |
| muscles measured | #138 |
| synchronization ers | #139 |
| maladaptive | #139 |
| rehabilitation accidental | #139 |
| joint movement | #139 |
| tendon vibration | #141 |
| interpersonal interaction | #142 |
| management sarcopenia | #142 |
| magnetic stimuli | #143 |
| difference degree | #144 |
| oscillatory neural | #144 |
| pressure position | #144 |
| response transcranial | #144 |
| rehabilitative interventions | #144 |
| imitation | #145 |
| scans multiple | #145 |
| mechanisms future | #146 |
| f3 4 | #147 |
| humans associations | #147 |
| improved hearing | #147 |
| anklefoot orthoses | #147 |
| computer work | #148 |
| imagery patients | #148 |
| external rotation | #149 |
| plasticity paresis | #149 |
| cells cell growth | #149 |
| motility ghrelin | #149 |
| hemiparetic patients | #149 |
| muscle belly | #149 |
| density generated | #151 |
| 16 healthy controls | #151 |
| pulse timing | #151 |
| figure coil | #151 |
| hemiplegic stroke | #151 |
| lower limb | #151 |
| sts adult | #151 |
| stroke impairment | #152 |
| lacunar aged | #152 |
| evaluation comparing | #152 |
| activity prefrontal cortex | #152 |
| 600v | #152 |
| individualized strategies | #152 |
| instructed perform | #152 |
| paretic hand | #152 |
| stimulation activities | #152 |
| stiffness early | #152 |
| 3 experimental conditions | #153 |
| oral floor | #154 |
| reliability interrater | #154 |
| probe design | #154 |
| laryngeal penetration | #155 |
| stroke improvement | #155 |
| voltage cycle | #156 |
| 135 85 | #156 |
| hands feet | #156 |
| reaction forces | #156 |
| addition light | #157 |
| chronic stage | #157 |
| infarction white | #157 |
| ambulatory carotid | #157 |
| tms studies | #157 |
| attention healthy | #158 |
| tongue aged | #158 |
| normal postoperative | #158 |
| geniohyoid | #159 |
| ambulatory cerebral | #159 |
| dti cst | #160 |
| reflex amplitude | #160 |
| values numerical | #161 |
| tendon reflex | #162 |
| magnetic field measurement | #162 |
| intended movement | #163 |
| step width | #163 |
| cathodal stimulation | #163 |
| bodied subjects | #163 |
| devices biomechanical | #164 |
| therapeutic program | #164 |
| subclinical cerebrovascular | #165 |
| hypertension mht | #165 |
| competitive interaction | #165 |
| coefficient internal | #166 |
| vasodilator peptide | #166 |
| stimuli body | #167 |
| body ownership | #167 |
| lobe pilot | #167 |
| flexion movement | #167 |
| recovery developed | #167 |
| differences kinematics | #168 |
| guide practice | #168 |
| rubber hand illusion | #168 |
| tongue pressure | #168 |
| control stand | #168 |
| upward rotation | #168 |
| lacunar | #169 |
| leading long | #169 |
| rotation greater | #170 |
| position aged | #170 |
| polymorphism renal | #171 |
| central muscle | #173 |
| dual task | #174 |
| dualtask interference | #174 |
| tokyo metropolitan institute | #174 |
| shoulder complaints | #174 |
| injury frequently | #175 |
| lesions arterial | #175 |
| activity students | #176 |
| intellectual activity | #176 |
| individuals 55 | #177 |
| improved hand | #178 |
| muscles young | #178 |
| prorenin receptor prr | #178 |
| movement individuals | #179 |
| throwing shoulder | #179 |
| joint electromyography | #179 |
| scapulae | #180 |
| paretic arm | #180 |
| stimuli hand | #180 |
| condition older | #180 |
| parameters recovery | #180 |
| measured gait | #180 |
| stroke silent | #181 |
| discharge rehabilitation | #181 |
| arm improved | #182 |
| individuals stroke | #182 |
| specific exercise | #182 |
| calculation values | #183 |
| agonist muscle | #183 |
| vertical direction | #183 |
| movement young | #184 |
| ihi | #184 |
| waves ultrasonography | #184 |
| plasticity transcranial | #185 |
| patient perceived | #185 |
| prosocial effects | #185 |
| 395 ° | #185 |
| stimulation review | #186 |
| noninvasive brain | #186 |
| conditions walking | #186 |
| fields numerical | #186 |
| single motor unit | #186 |
| denervated muscle | #187 |
| bipedal walking | #187 |
| injury cognitive | #187 |
| ambulators | #188 |
| bestperforming model | #188 |
| normalized root | #188 |
| scapular | #188 |
| term rehabilitation | #189 |
| component body | #189 |
| gait | #189 |
| muscles middle | #190 |
| independent processing | #190 |
| arm measured | #190 |
| rehabilitative treatment | #190 |
| disease transcranial | #190 |
| coaching intervention | #191 |
| rocker | #192 |
| infrared stroke | #193 |
| higher wmh | #193 |
| dimensional motion | #193 |
| ventricular japan | #194 |
| eventrelated synchronization | #194 |
| rehabilitation techniques | #194 |
| neuronal model | #195 |
| knee flexion | #195 |
| unilateral spatial neglect | #195 |
| genetic prevalence receptors | #196 |
| ankle plantar | #196 |
| recovery traumatic | #196 |
| performance stroke | #196 |
| eeg evoked | #197 |
| life space | #197 |
| stimulation nibs | #197 |
| dti fiber | #198 |
| plasticity functional | #199 |
| signals sensory | #200 |
| activity walking | #200 |
| evaluating patients | #200 |
| scores mini | #201 |
| studies pneumonia | #201 |
| analysis force | #202 |
| repetitive tms | #202 |
| activity dual | #202 |
| teachers students | #203 |
| stimulus artifact | #204 |
| session sessions | #205 |
| behavior prefrontal | #205 |
| 6 hz | #205 |
| anodal transcranial | #205 |
| pneumonia controls | #205 |
| tha study | #206 |
| rotation patients | #206 |
| pressure cbp | #206 |
| tdcs patients | #206 |
| tdcs anodal | #207 |
| patients tms | #209 |
| motor learning | #210 |
| neurorehabilitation | #210 |
| voluntary motor | #210 |
| ankle joint | #211 |
| report improvement | #211 |
| contraversive | #211 |
| ear speech | #211 |
| complaints adult | #211 |
| behavioral perspective | #211 |
| unilateral spatial | #211 |
| validity patients | #211 |
| hand illusion | #211 |
| adjusted confounding | #212 |
| chronic stroke patients | #212 |
| potentials mep | #213 |
| motion orientation | #213 |
| field pemf | #213 |
| animals butadienes | #213 |
| standard rehabilitation | #214 |
| patients impairments | #214 |
| movement body | #215 |
| p005 correlated | #215 |
| direction horizontal | #215 |
| joint sij | #216 |
| mechanical walking | #216 |
| thermal stimulation | #216 |
| groups presence | #216 |
| patients plastic | #216 |
| lesions carotid | #217 |
| improves gait | #217 |
| stimulation movement | #217 |
| adjustment association | #217 |
| rehabilitation tool | #217 |
| area lesions | #217 |
| rtms patients | #217 |
| aged paresis | #218 |
| effectiveness specific | #218 |
| fast conducting | #219 |
| plasticity recovery | #219 |
| mobility community | #219 |
| infarction square | #220 |
| motorrelated areas | #220 |
| whitecoat hypertension | #220 |
| multitasking behavior | #221 |
| min−1 173 | #222 |
| transcranial direct | #223 |
| body function | #223 |
| fiber tractography | #223 |
| reliability measurement | #223 |
| population recruited | #224 |
| proven role | #224 |
| pulsed magnetic | #224 |
| eeg responses | #225 |
| behavior neural | #225 |
| week walking | #226 |
| carpi radialis | #226 |
| projects recovery | #226 |
| support body | #227 |
| relation motor | #227 |
| imitation learning | #227 |
| patient mild | #228 |
| polymorphism blood | #230 |
| functional gain | #230 |
| clinic blood | #231 |
| kidney dysfunction | #231 |
| day walking | #232 |
| recovery review | #233 |
| stimulation session | #233 |
| decreased individuals | #234 |
| scores improvements | #235 |
| interrater | #235 |
| auditory feedback | #237 |
| level somatic | #238 |
| superficial muscles | #238 |
| arm disability | #238 |
| event synchronization | #239 |
| animals deglutition | #239 |
| male mirror | #240 |
| tacs | #240 |
| attention groups | #240 |
| walking older | #240 |
| healthy controls participants | #241 |
| inhibitory balance | #241 |
| icf categories | #242 |
| longitudinal body | #244 |
| infarction mri | #244 |
| mirror therapy | #245 |
| subjects young | #245 |
| older communitydwelling adults | #245 |
| muscles muscle | #245 |
| controls aged | #246 |
| timed test | #246 |
| stiffness risk | #246 |
| pain caused | #247 |
| neural network activity | #247 |
| genetic proteinuria | #248 |
| cells imidazoles | #248 |
| test version | #249 |
| shoulder abduction | #249 |
| eegs recorded | #249 |
| movement patient | #251 |
| underlying motor | #251 |
| factors tongue | #251 |
| kinematics kinetics | #252 |
| lacunar infarct | #252 |
| 24 abp | #253 |
| diseases shoulder | #253 |
| greater muscle | #254 |
| deltoid muscles | #254 |
| predictors recovery | #255 |
| task walking | #255 |
| tms patients | #255 |
| aged ankle | #256 |
| gait hemiplegia | #256 |
| measured device | #257 |
| anodal stimulation | #258 |
| aphasia patients | #259 |
| evoked responses | #261 |
| speed stride | #262 |
| groups sustained | #263 |
| cancellous bone | #263 |
| stimulation tacs | #263 |
| kinesthetic | #263 |
| body trunk | #264 |
| finger extension | #264 |
| rtms dlpfc | #264 |
| sensory impairments | #265 |
| pressure hbp | #266 |
| ratio strain | #267 |
| measured evaluate | #268 |
| dexterity | #268 |
| students increased | #269 |
| foot pressure | #270 |
| mass velocity | #270 |
| factors malnutrition | #270 |
| performance dual | #271 |
| learning review | #273 |
| theta burst | #273 |
| fronto parietal | #273 |
| age general population | #273 |
| increase joint | #274 |
| lld | #274 |
| ankle foot | #275 |
| higher symptomatic | #275 |
| synchronization evoked | #276 |
| tms pulse | #276 |
| anterior direction | #276 |
| effects music | #276 |
| butadienes cell | #276 |
| single case report | #277 |
| activation muscles | #277 |
| stimulation intensity | #278 |
| standardized scale | #278 |
| renin sex | #278 |
| evidence motor | #279 |
| axonal injury | #279 |
| measured magnetic | #279 |
| 14 stroke | #279 |
| measured accelerometers | #280 |
| functions motor | #280 |
| response brain | #280 |
| subjects middle | #281 |
| tpj | #281 |
| extremity movement | #281 |
| limb amputations | #282 |
| pegboard test | #282 |
| lateral vertical | #283 |
| llds | #284 |
| am2 | #285 |
| speed step | #285 |
| mild exercise | #285 |
| 138 subjects | #286 |
| brf | #287 |
| limb body | #287 |
| review stroke | #289 |
| vestibular visual | #292 |
| loss respiratory | #292 |
| uneven surfaces | #295 |
| low 20 | #295 |
| 30 volunteers | #296 |
| mri neuropsychological | #296 |
| infarction 24 | #297 |
| headmounted displays | #297 |
| auditory comprehension | #297 |
| voluntary movement | #298 |
| tha methods | #299 |
| measured walking | #300 |
| transcranial alternating | #301 |
| radialis | #303 |
| clinical rehabilitation | #303 |
| dorsiflexor | #304 |
| body movement | #304 |
| joint moment | #305 |
| thickness lower | #306 |
| movement parietal | #306 |
| psychometrics recovery | #306 |
| posture aged | #306 |
| stage stroke | #307 |
| level stroke | #307 |
| uneven | #307 |
| aging loss | #308 |
| anticonvulsant medication | #308 |
| immersive vr | #309 |
| exercise stroke | #310 |
| compared asymptomatic | #311 |
| music therapy | #311 |
| direct current | #311 |
| neuronlike cells | #312 |
| current stimulation | #312 |
| variance time | #312 |
| patient healthy | #314 |
| mm groups | #314 |
| magnetic pulse | #314 |
| trunk flexion | #315 |
| mep | #316 |
| adults visual | #316 |
| diffusion tensor imaging | #317 |
| kinetic kinematic | #318 |
| factor neurites | #319 |
| humans walking | #321 |
| spatial neglect | #322 |
| feet | #323 |
| induced eeg | #324 |
| pulse voltage | #324 |
| symptomatic stroke | #325 |
| tears rotator | #327 |
| kinetic control | #327 |
| work individuals | #329 |
| output capacitor | #330 |
| speed adult | #331 |
| stroke review | #332 |
| poststroke rehabilitation | #332 |
| sustained hypertension | #332 |
| bci based | #332 |
| respiratory muscle | #333 |
| coat hypertension | #333 |
| cognitive physical | #334 |
| motor cortices | #335 |
| phantom limb | #336 |
| involved steps | #336 |
| examine safety | #337 |
| shoulder girdle | #338 |
| clinical tool | #338 |
| hemisphere lesion | #339 |
| lobe transcranial | #340 |
| stimulation device | #341 |
| task observed | #342 |
| 10 healthy adults | #342 |
| association kidney | #343 |
| carpi | #343 |
| muscle activity | #343 |
| transcranial magnetic | #343 |
| visual proprioceptive | #343 |
| assessment activity | #344 |
| measurement muscle | #344 |
| time transcranial | #345 |
| kinematics muscle | #346 |
| neural connections | #346 |
| subjects visual | #346 |
| cathodal | #346 |
| ratios presence | #346 |
| weakness lower | #349 |
| risk decline | #349 |
| surface renin | #349 |
| effective rehabilitation | #352 |
| aged female humans | #352 |
| levels closely | #352 |
| frequency rtms | #353 |
| controls ratio | #353 |
| years middle | #353 |
| stimulation sessions | #353 |
| muscles response | #355 |
| corticospinal neurons | #355 |
| interventions stroke | #356 |
| junction tpj | #357 |
| stroke healthy | #357 |
| fields electromyography | #358 |
| gait performance | #359 |
| walking study | #359 |
| wave waves | #360 |
| dual tasks | #360 |
| pressure cerebrovascular | #361 |
| stimulation 10 | #362 |
| strategies individuals | #363 |
| acetylcholine esterase | #366 |
| position standing | #367 |
| measurements muscle | #370 |
| exam | #374 |
| nighttime blood pressure | #374 |
| activity steps | #375 |
| phenomena foot | #375 |
| risk factors onset | #376 |
| eventrelated desynchronization | #377 |
| aged recovery | #378 |
| throwing | #378 |
| foot gait | #378 |
| dti studies | #379 |
| illness white | #379 |
| 60 173 | #380 |
| anxiety behavioral | #381 |
| leg standing | #382 |
| mass strength | #382 |
| improvement speech | #383 |
| cortex activation | #383 |
| limb pain | #384 |
| stroke aging | #385 |
| included regression | #385 |
| values middle | #386 |
| respiratory muscle strength | #386 |
| tropomyosinrelated kinase | #390 |
| total size | #390 |
| patients healthy individuals | #391 |
| tms evoked | #391 |
| role monitoring | #392 |
| muscle contraction | #392 |
| modulate neural | #392 |
| stance phase | #393 |
| temporoparietal junction | #393 |
| physical cognitive | #393 |
| surgery functional | #393 |
| contraction increase | #393 |
| pelvic parameters | #394 |
| ratio peptide | #395 |
| abductor pollicis brevis | #395 |
| distribution creatinine | #397 |
| studies motor | #397 |
| unaffected hemisphere | #397 |
| burst stimulation | #398 |
| smartphone | #399 |
| leg length | #400 |
| reality young | #401 |
| lower limb amputation | #401 |
| patients pdc | #402 |
| trained clinicians | #402 |
| mvc force | #404 |
| new neural | #407 |
| attention motor | #407 |
| projects range | #411 |
| stair | #411 |
| newly identified member | #413 |
| surface step | #415 |
| subcortical stroke | #415 |
| 10 maximum | #416 |
| pneumonia aspiration | #416 |
| motion shoulder | #417 |
| risk functional | #418 |
| future decline | #418 |
| extension moment | #419 |
| skills neuronal | #420 |
| movement neuronal | #420 |
| function stroke | #421 |
| rehabilitation settings | #422 |
| scapular plane | #423 |
| reflex humans | #423 |
| ratio physicians | #424 |
| dementia bpsd | #425 |
| isp | #425 |
| length inequality | #428 |
| variability decreased | #429 |
| equivalent stress | #429 |
| cuff shoulder | #430 |
| strength evaluated | #430 |
| interactions sex | #430 |
| field structure | #431 |
| performance healthy | #432 |
| modified based | #432 |
| study ultrasound | #433 |
| extensor carpi | #433 |
| patients rotator | #434 |
| orthogonal direction | #435 |
| ± 60 | #435 |
| hand motor | #436 |
| 17 articles | #437 |
| structure measured | #438 |
| imaging motor | #438 |
| lumbar scoliosis | #439 |
| elevated fibrinogen | #440 |
| patients stroke | #441 |
| movement perception | #442 |
| prorenin receptor | #443 |
| neurons nitriles | #443 |
| brain patients | #444 |
| angled | #446 |
| hypergonadotropic hypogonadism | #447 |
| field device | #447 |
| factors prevent | #447 |
| based exercise | #447 |
| stage diffuse | #449 |
| fma | #449 |
| rtms applied | #450 |
| coaching | #450 |
| encephalitis magnetic | #455 |
| pemf | #455 |
| motion analysis | #455 |
| intracortical inhibition | #456 |
| hebbian | #456 |
| greater utilization | #458 |
| limb spasticity | #462 |
| associations respiratory | #464 |
| 18 people | #464 |
| sensorimotor cortices | #465 |
| interrater reliability | #465 |
| effects transcranial | #465 |
| silent | #466 |
| interface based | #468 |
| brain communication | #469 |
| aspiration pneumonia | #470 |
| spatial attention | #471 |
| pain motor | #471 |
| recovery stroke | #471 |
| improved gait | #473 |
| agerelated | #473 |
| pressure 24 | #474 |
| unit firing | #475 |
| 10 healthy individuals | #475 |
| tendons young | #477 |
| receptor prr | #479 |
| kinetics mechanical | #485 |
| stimulation enhances | #489 |
| measure body | #490 |
| study recorded | #491 |
| hands | #491 |
| developed modified | #491 |
| volleys | #493 |
| 3 proportion | #494 |
| pulsed electromagnetic | #494 |
| amputee | #496 |
| movement brain | #499 |
| trapezius | #499 |
| activity upper | #499 |
| stimulation upper | #500 |
| shoulder motion | #501 |
| young individuals | #503 |
| control hand | #504 |
| feedback sensory | #505 |
| activity stroke | #506 |
| dementia systematic review | #506 |
| women aa | #507 |
| anodal tdcs | #509 |
| sarcopenia risk | #510 |
| motor rehabilitation | #512 |
| recorded 24 | #513 |
| visual vestibular | #513 |
| matter observed | #516 |
| gait rehabilitation | #517 |
| infarction cohort | #518 |
| based basic | #518 |
| psychometrics design | #521 |
| laypeople | #521 |
| limbic encephalitis | #523 |
| ipsilateral motor | #523 |
| fim scores | #524 |
| rehabilitation walking | #525 |
| gait patterns | #525 |
| scalp recorded | #526 |
| myoelectric | #526 |
| longterm disability | #527 |
| mep amplitude | #528 |
| levator | #528 |
| grab | #528 |
| walking young | #531 |
| nighttime blood | #535 |
| aged orthotic | #535 |
| 90° | #537 |
| repetitive transcranial | #537 |
| determine combination | #539 |
| simulation finite | #540 |
| balance sensation | #541 |
| lesions conclusion | #542 |
| stiffness patients | #543 |
| stroke types | #546 |
| feedback improve | #546 |
| stances | #547 |
| techniques motor | #547 |
| movement kinematics | #553 |
| swallowing disorders | #554 |
| blood pressure risk | #555 |
| mapk extracellular | #555 |
| stimulation tms | #555 |
| inequality male | #556 |
| walking gait | #556 |
| stimulation auditory | #556 |
| voxelbased analysis | #557 |
| 10 80 | #558 |
| motor area | #560 |
| involuntary movements | #561 |
| posterior parietal | #563 |
| center pressure | #564 |
| patients healthy controls | #567 |
| skeletal muscles | #573 |
| body skeletal | #576 |
| cathodal tdcs | #578 |
| animals efferent | #578 |
| rehabilitation transcranial | #578 |
| diseases corpus | #581 |
| cuff tears | #581 |
| decreased aging | #581 |
| visual feedback | #582 |
| intermedin | #583 |
| phase gait | #584 |
| parameters gait | #586 |
| gait data | #586 |
| anodal cathodal | #588 |
| soleus sol | #588 |
| task patients | #588 |
| international classification functioning | #589 |
| aged attention | #589 |
| humans music | #595 |
| transcranial | #597 |
| young elderly subjects | #597 |
| neck shoulder | #598 |
| current density distribution | #598 |
| parallel processing | #599 |
| japan logistic | #600 |
| anodal | #601 |
| arthroplasty randomized | #601 |
| ultrasound elastography | #602 |
| decreased fractional | #604 |
| mep amplitudes | #605 |
| functioning clinical | #608 |
| functional independence measure | #608 |
| individuals low | #611 |
| regression slope | #612 |
| interhemispheric | #613 |
| optimal application | #614 |
| hypercholesterolemia diabetes | #614 |
| performance walking | #615 |
| assessment quality | #619 |
| processes neural | #619 |
| levels genotypes | #621 |
| shoulder injuries | #623 |
| paresis | #624 |
| shoulder adult | #624 |
| electromyography feedback | #625 |
| upward downward | #629 |
| ambulatory blood pressure | #632 |
| plasma fibrinogen | #635 |
| years general | #635 |
| trka signal | #638 |
| measured ultrasound | #640 |
| hand foot | #641 |
| blood pressure measurement | #644 |
| 2 cognitive | #647 |
| bpsd | #647 |
| muscles | #648 |
| japan long | #651 |
| based motor | #654 |
| activity muscle | #655 |
| speech discrimination | #656 |
| subjective symptoms | #656 |
| lower limbs | #657 |
| wernicke | #658 |
| control movement | #659 |
| assessment muscle | #660 |
| individuals healthy | #660 |
| motor control | #661 |
| motor responses | #664 |
| surface electrodes | #667 |
| learning task | #669 |
| logistic models illness | #670 |
| eeg patients | #671 |
| stroke lacunar | #673 |
| impairment cerebral | #673 |
| rater | #674 |
| cerebral peduncle | #674 |
| tms study | #675 |
| projects stroke | #676 |
| belly | #677 |
| 37yearold woman | #678 |
| mirror neurons | #678 |
| patients difficulty | #679 |
| conduction time | #687 |
| wmh | #688 |
| stride length | #688 |
| walking adult | #692 |
| memory scale | #693 |
| motor training | #697 |
| subjects groups | #697 |
| voluntary isometric | #701 |
| unclear purpose | #702 |
| metaplasticity | #702 |
| stroke based | #705 |
| cortex problem | #706 |
| egfr proteinuria | #711 |
| lower limb muscles | #711 |
| head model | #711 |
| increased task | #711 |
| fatigue compared | #711 |
| tensor imaging | #713 |
| dementia systematic | #714 |
| pressure cop | #715 |
| tmtb | #716 |
| humans imitative | #716 |
| proprioceptive feedback | #718 |
| relation observed | #720 |
| gait cycle | #724 |
| induce neuronal | #725 |
| reliability coefficient | #725 |
| disorders confidence | #725 |
| weighted kappa | #727 |
| pilot rct | #727 |
| correlated ratio | #728 |
| step length | #729 |
| brachial arteries | #729 |
| adequate performance | #729 |
| improving functional | #735 |
| muscle tendon | #735 |
| pd098059 | #735 |
| listened | #738 |
| healthy elderly individuals | #739 |
| neural mechanism | #741 |
| young older | #743 |
| correlated activation | #744 |
| walkway | #745 |
| pegboard | #745 |
| grf | #745 |
| japanese general | #746 |
| limb rehabilitation | #746 |
| feedforward feedback | #747 |
| japanese general population | #750 |
| limb amputation | #752 |
| stroke transcranial | #753 |
| stimulation motor | #754 |
| classification functioning | #755 |
| infarction magnetic | #755 |
| flexor carpi | #757 |
| compensatory strategies | #759 |
| frontoparietal | #759 |
| muscles posture | #762 |
| stimulation rtms | #762 |
| blood pressure measurements | #763 |
| japanese community | #767 |
| activity task | #771 |
| target muscle | #772 |
| hemiplegic | #776 |
| rhomboid | #777 |
| compared magnetic | #778 |
| alternating current | #780 |
| 178 ± | #786 |
| supraspinatus | #790 |
| motor disorders | #791 |
| intracortical facilitation | #792 |
| brain findings | #793 |
| potential mep | #793 |
| voluntary | #794 |
| adolescent auditory | #796 |
| stimulation electrical | #797 |
| desk | #798 |
| auditory cortex | #802 |
| contraction increased | #802 |
| regions decreased | #802 |
| pegs | #804 |
| classified grade | #806 |
| nutation | #806 |
| motor imagery | #808 |
| complex regional | #809 |
| imitative | #812 |
| compliance female | #814 |
| function functional | #815 |
| coactivation | #815 |
| cortex pfc | #815 |
| ground reaction force | #817 |
| timed tug | #820 |
| wechsler memory | #821 |
| functional modulation | #823 |
| motor evoked | #826 |
| completion time | #826 |
| control learning | #832 |
| impairment stroke | #832 |
| japanese version | #833 |
| 80 anisotropy | #841 |
| motor pathways | #844 |
| stimulation tdcs | #845 |
| observed degree | #850 |
| magnetic flux density | #852 |
| areas primary | #853 |
| health icf | #853 |
| 24 subjects | #854 |
| stimulations | #856 |
| hypertension aged | #857 |
| neurites neurogenesis | #858 |
| functional decline | #863 |
| activation medial | #863 |
| rehabilitation study | #869 |
| hemiparetic | #870 |
| total hip arthroplasty | #871 |
| wrist extension | #876 |
| disorders square | #877 |
| imitative behavior | #877 |
| analysis adjusted | #881 |
| brain damaged | #886 |
| mediolateral | #891 |
| initial severity | #891 |
| stroke patients | #894 |
| animals electromyography | #896 |
| tms | #896 |
| neurological assessment | #896 |
| pfc | #898 |
| disorders neurologic | #899 |
| ° 120 | #900 |
| flexion knee | #901 |
| 0001 total | #902 |
| pain occupational | #904 |
| swallow | #904 |
| laterality hand | #910 |
| skill training | #911 |
| activation performance | #912 |
| association genetic polymorphisms | #913 |
| walking performance | #914 |
| pathways electric | #915 |
| rte | #916 |
| myelinated neuropsychological | #921 |
| reliability study | #925 |
| aged biomechanical | #925 |
| detected mri | #926 |
| human motor cortex | #926 |
| techniques neural | #929 |
| gait pattern | #931 |
| diffusion parameters | #931 |
| techniques evaluation | #933 |
| hand muscles | #935 |
| model calculation | #936 |
| steps day | #936 |
| step time | #939 |
| time visual | #941 |
| hemiplegia humans | #942 |
| 16 healthy | #944 |
| parietal cortices | #947 |
| functional outcomes patients | #951 |
| articulated | #952 |
| pressure abp | #953 |
| regional pain | #954 |
| glenohumeral joint | #954 |
| amputees | #955 |
| masked hypertension | #955 |
| reality vr | #958 |
| measured muscle | #967 |
| 18 male | #968 |
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| toe | #5346 |
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| inferior frontal gyrus | #5940 |
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| multiple regression | #8354 |
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| 72 patients | #8588 |
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| patients parkinson | #8609 |
| gastric emptying | #8634 |
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| female fibrinogen | #8893 |
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| vestibular | #8982 |
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| contractions | #9094 |
| diffusion magnetic | #9094 |
| tensor | #9162 |
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| design randomized | #9228 |
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| humans knee | #13864 |
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| fmri | #14020 |
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| nerve fibers | #14261 |
| aged analysis | #14414 |
| study purpose | #14464 |
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| neuropsychological | #14820 |
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| ngf | #15099 |
| imaging humans | #15127 |
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| test retest | #15650 |
| systematic review metaanalysis | #15920 |
| electroencephalography | #16070 |
| techniques female | #16233 |
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| 6 weeks | #16459 |
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| objective investigate | #23145 |
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| filtration rate | #27273 |
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| upper | #31290 |
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| humans magnetic | #34207 |
Relatório de execução | |
Prominent publications by Shin‐Ichi Izumi
Ultrasound elastography–based assessment of the elasticity of the supraspinatus muscle and tendon during muscle contraction
[ PUBLICATION ]
BACKGROUND: Although elasticity of the supraspinatus muscle and tendon is a useful parameter to represent the conditions of the supraspinatus muscle and tendon, assessment of the elasticity in clinical settings has not been established. The purpose of this study was to determine the elasticity of the supraspinatus muscle belly and tendon under different muscle contraction conditions using ultrasound real-time tissue elastography (RTE).
METHODS: Twenty-three healthy individuals ...
| Conhecido por Supraspinatus Muscle | Ultrasound Elastography | Acoustic Coupler | Cuff Shoulder | Based Assessment |
The contribution of quasi-joint stiffness of the ankle joint to gait in patients with hemiparesis
[ PUBLICATION ]
BACKGROUND: The role of ankle joint stiffness during gait in patients with hemiparesis has not been clarified. The purpose of this study was to determine the contribution of quasi-joint stiffness of the ankle joint to spatiotemporal and kinetic parameters regarding gait in patients with hemiparesis due to brain tumor or stroke and healthy individuals.
METHODS: Spatiotemporal and kinetic parameters regarding gait in twelve patients with hemiparesis due to brain tumor or stroke and nine ...
| Conhecido por Joint Stiffness | Patients Hemiparesis | Healthy Individuals | Aged Ankle | Gait Speed |
The Manual Function Test: Norms for 20- to 90-Year-Olds and Effects of Age, Gender, and Hand Dominance on Dexterity
[ PUBLICATION ]
Stroke is the leading cause of long-term disability. Accurate assessment of motor function is important for documenting disability and the effectiveness of rehabilitative treatment. The Manual Function Test (MFT) was developed to evaluate unilateral manual performance in hemiparetic patients after stroke. This test consists of eight items, including the pegboard task, an item assessing dexterity. The total MFT score can range from 0 (severely impaired) to 32 (full function). We sought to ...
| Conhecido por Manual Function Test | Hand Dominance | Motor Function | Normative Data | Hemiparetic Patients |
Effects of music therapy on behavioral and psychological symptoms of dementia: A systematic review and meta-analysis
[ PUBLICATION ]
Behavioral and psychological symptoms of dementia (BPSD) are common problems for patients and caregivers. Although music therapy is considered a non-pharmacological intervention for the management of BPSD, its effectiveness remains unclear. This study aimed to investigate the effects of music therapy on BPSD, cognitive function, and activities of daily living in patients with dementia. A literature search was conducted in the following databases: MEDLINE, CINAHL, PsycINFO, and Igaku Chuo ...
| Conhecido por Music Therapy | Dementia Bpsd | Smd 95 | Psychological Symptoms | Systematic Review Metaanalysis |
KOL-Index: 9295
Pneumonia is a major cause of death in older people, and the number of such deaths is increasing. Present guidelines for pneumonia management are based on a pathogen-oriented strategy that relies on the optimal application of antibiotics. Older pneumonia inpatients show the high incidence of aspiration pneumonia. The main cause of aspiration pneumonia is an impairment in the swallowing and cough reflexes. These facts suggest a limitation of present management strategies and a requirement ...
| Conhecido por Older People | Aspiration Pneumonia | Muscle Strength | Sarcopenic Dysphagia | Respiratory Swallowing |
KOL-Index: 9264
It is unclear whether muscle contraction is necessary to increase quasi-joint stiffness (QJS) of the ankle joint during gait in patients with hemiparesis. The purpose of the present study was to investigate the relationship between QJS and muscle activation at the ankle joint in the stance phase during gait in patients with hemiparesis. Spatiotemporal and kinetic gait parameters and activation of the medial head of the gastrocnemius (MG), soleus (SOL), and tibialis anterior (TA) muscles ...
| Conhecido por Ankle Muscles | Gait Patients | Joint Stiffness | Muscle Contraction | Middle Stance |
KOL-Index: 8706
Objective To investigate the risk of silent cerebrovascular lesions in individuals with masked hypertension (MHT) and white-coat hypertension. Methods Self-measured home blood pressure (HBP) and casual blood pressure (CBP) measurements were recorded in 1060 individuals at least 55 years of age (mean age, 66.3 years) in a general population of Ohasama, Japan. The relationships between silent cerebrovascular lesions (white matter hyperintensity and lacunar infarct) detected on MRI and four ...
| Conhecido por Silent Cerebrovascular Lesions | Blood Pressure | Ohasama Study | Coat Hypertension | Multivariate Analysis |
KOL-Index: 8609
Many studies in human and animal models have shown that neural plasticity compensates for the loss of motor function after stroke. However, neural plasticity concerning compensatory movement, activated ipsilateral motor projections and competitive interaction after stroke contributes to maladaptive plasticity, which negatively affects motor recovery. Compensatory movement on the less-affected side helps to perform self-sustaining activity but also creates an inappropriate movement ...
| Conhecido por Motor Recovery | Maladaptive Plasticity | Stroke Patients | Competitive Interaction | Rehabilitation Approaches |
KOL-Index: 8597
OBJECTIVE: We investigated the effects of voluntary contraction of agonist and antagonist muscles on motor evoked potentials (MEP) and on myoelectric activities in the target (agonist) muscle following transcranial magnetic stimulation (TMS).
METHODS: The left extensor carpi radialis (ECR) and flexor carpi radialis (FCR) muscles were studied in 16 healthy subjects. H reflexes, MEP induced by TMS, and background electromyographic (EMG) activity were recorded using surface electrodes at ...
| Conhecido por Voluntary Contraction | Antagonist Muscles | Mep Tms | Motor Activity | Evoked Potentials |
KOL-Index: 8202
OBJECTIVE: Twenty-four-hour ambulatory blood pressure (24-hour ABP) values are considered a powerful predictor of stroke. Silent cerebrovascular lesions are associated with an increased risk of stroke. Because fibrinogen is a major determinant of plasma viscosity, an elevated fibrinogen level might also be associated with stroke risk. We evaluated the association of 24-hour ABP and plasma fibrinogen levels with the risk of silent cerebrovascular lesions (white matter hyperintensity and ...
| Conhecido por Plasma Fibrinogen | Silent Cerebrovascular | Blood Pressure | Stroke Risk | White Matter Hyperintensity |
KOL-Index: 8134
BACKGROUND: No previous study has investigated the association of kidney dysfunction with silent lacunar infarcts and white-matter hyperintensity (WMH) independent of ambulatory blood pressure (BP).
METHODS: A cross-sectional study involving 1,008 participants (mean age 66 years) from a general population of Ohasama, Japan, was conducted. Calculated creatinine clearance (CCr) was estimated using the Cockcroft-Gault equation. In continuous and categorical analyses, the association between ...
| Conhecido por Lacunar Infarcts | Kidney Dysfunction | Ohasama Study | 60 173 | Matter Hyperintensity |
Induction of Neuritogenesis in PC12 Cells by a Pulsed Electromagnetic Field via MEK-ERK1/2 Signaling
[ PUBLICATION ]
We examined the regulation of neuritogenesis by a pulsed electromagnetic field (PEMF) in rat PC12 pheochromocytoma cells, which can be induced to differentiate into neuron-like cells with elongated neurites by inducers such as nerve growth factor (NGF). Plated PC12 cells were exposed to a single PEMF (central magnetic flux density, 700 mT; frequency, 0.172 Hz) for up to 12 h per day and were then evaluated for extent of neuritogenesis or acetylcholine esterase (AChE) activity. To analyze ...
| Conhecido por Pc12 Cells | Pulsed Electromagnetic Field | Pemf Exposure | Ache Activity | Map Kinase |
KOL-Index: 7601
Dual tasks destabilize task performance as they involve competing demands for cognitive and physical resources. Several studies have reported that dual-task walking activates the prefrontal cortex (PFC), and recent studies have indicated a relationship between PFC and dual-task deterioration in healthy subjects. However, PFC activity during dual-task walking in stroke patients remains unclear. We investigated the association between PFC activity and dual-task interference on physical and ...
| Conhecido por Dual Task | Prefrontal Cortex | Stroke Patients | Pfc Activation | Infrared Spectroscopy |
KOL-Index: 7345
BackgroundThe World Health Organization developed the International Classification of Functioning, Disability, and Health (ICF) in 2001 and has been in the process of implementing it in clinics since then. Current international efforts to implement ICF in rehabilitation clinics include the implementation of ICF Core Sets and the development of simple, intuitive descriptions for the ICF Generic-30 Set (also called Rehabilitation Set). The present study was designed to operationalize these ...
| Conhecido por Rating Reference Guide | Interrater Reliability | Icf Generic30 | International Classification | Disability Health |
Transcranial magnetic stimulation-induced changes in EEG and responses recorded from the scalp of healthy humans
[ PUBLICATION ]
We determined the changes and responses in the electroencephalogram (EEG) induced by transcranial magnetic stimulation (TMS) of the scalp of five healthy men. The center of a circular coil was positioned at the vertex, and 80 stimulations were administered clockwise with the maximum output of electric current. To reduce stimulus artifacts, we created a circuit that blocked the input for 150 ms after stimulation. EEGs were recorded from F3,4, C3,4, P3,4, and T3,4. The following results ...
| Conhecido por Magnetic Stimulation | Eeg Responses | Tms Patients | Circular Coil | Maximum Output |
Pessoas importantes para Magnetic Stimulation
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Selecione uma frase de pesquisa magnetic stimulation , magnetic stimulations , magnetic stimulation study , magnetic stimulation patients , magnetic stimulation tms
Shin‐Ichi Izumi:Impacto especializado
Conceitos para os quaisShin‐Ichi Izumitem influência direta:Magnetic stimulation, Silent cerebrovascular lesions, Stroke patients, Paretic limb, Motor recovery, Scapular muscles, Lacunar infarction, Ohasama study.
Shin‐Ichi Izumi:Kol Impact
Conceitos relacionados ao trabalho de outros autores para os quaisfor which Shin‐Ichi Izumi tem influência:Stroke patients, Music therapy, Blood pressure, Magnetic stimulation, Arterial stiffness, Motor function, Virtual reality.
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